JP0355031

Bibliography of Electron and Photon Cross Sections with Atoms and Molecules Published in the 20'hCentury - Argon - M. Hayashi

(Received Jan. 17, 2003 NIFS-DATA-72 Jan. 2003

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01

RESEARCH REPORT NIFS-DATA Series This report was prepared as a preprint of work perfon-ned as a collaboration research of the National Institute for Fusion Science (NIFS) of Japan. The views presented here are solely those of the authors. Ibis document is intended for iformation only and may be published in a journal after some rearrangement of its contents in the future. Inquiries about copyright should be addressed to the Research Information Center, National Insitute for Fusion Science, Oroshi-cho, Toki-shi, Gifu-ken 509-5292 Japan. E-mail: bunkenCa)nifs.acjp

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with Atoms and Molecules

Published in the 20thCentury

- Argon *

Makoto Hayashi (Gaseous Electronics Institute)

A bibliography of original and review reports of experiments or theories of eectron and photon cross sections and also electron swarm data are presented for atomic or molecular species with specified targets. These works covered 17 atoms and 51 molecules. The present bibliography is only for argon (Ar). About 1960 papers were compiled. A comprehensive author index is included. The bibliography covers the period 1921 through 2000 for Ar. Finally, author's recommended Ar electron collision cross section set is given in numerical tables.

Keywords Ar atom, collision cross section, electron, elastic scattering, electronic excitation, ionization, photon, photoabsorption, photodissociation, photoexcitation, photoionization, electron swarm, drift velocity, diffusion coefficient, ionization coefficient, excitation and ionization energies, transition probability, lifetimes of excited states

This work was carried out under the collaboration research program at National Institute for Fusion Science. Introduction

History This bibliography is the result of a continuing literature survey which was begun around 1970 and originally encompassed only electron collision cross section and electron swarm data. The organization responsible for undertaking this survey is Nagoya Institute of Technology, Nagoya. From 1994, the work continued to Gaseous Electronics Institute, Nagoya. In 1997, the collection of photon cross section references was begun. The search for references in both cases was retrospective and included all papers reporting measurements, calculations or reviews of such cross sections and electron swarm data.

Scope This bibliography contains references to original research papers which report experiments or theoretical calculations of cross sections for electron and photon collisions with argon (Ar) atom. The review papers on this subject are also included. Some argon cluster papers are included. Some conference reports, company or agency reports and Ph.D. thesis are included. Argon ion papers and positron collision papers are not included in principle. Papers reporting the following data are included. For electron collision cross sections 1) elastic scattering 2) electronic excitation 3) ionization 4) grand total scattering (sum of elastic and inelastic cross sections) 5) metastable argon 6) electron swarm parameters (drift velocity, diffusion coefficient) 7) excitation and ionization coefficients For photon collision cross section 1) photoabsorption 2) photoexcitation and fluorescence 3) photodissociation 4) photoionization For some related data 1) excitation and ionization energies 2) transition probabilities 3) lifetimes of excited states 4) others

The energy range for electron cross section data is usually 0 -10 keV, but some higher electron energy papers are included. The wavelength range for photon cross section data is from microwaves to X-rays. Most papers are concerned with infrared, visible and ultraviolet ray region.

The bibliography includes the papers published in the 20th century, from 1901 to 2000. But the oldest paper in this list is given by C. Ramsauer 1921). So for this argon bibliography, published papers from 1921 to 1999 are compiled in alphabetical order of the first author's surname of the paper. References published in 2000 and plus some old papers found very recently after compilation are added as "Addenda of References for Ar". In total, about 1960 papers are compiled in the argon bibliography. Organization This report consists of four parts introduction, the bibliography and its addenda, author index and an electron collision cross section set recommended by the author.

Bibliography In this section the complete citation for all references are given. At first following classifications are shown E Elastic collision EX: electronic EXcitation I Ionization ME: MEtastable argon S electron Swarm 0 Others (photon cross sections and others)

All author's initials and surname, journal name, volume, inclusive pages and year of publication are given as well as the title, and some additional information in the square bracket E and T in the square bracket mean experiment and theory.

Author Index In this section all authors are listed alphabetically by surname. After each author's name is a list of page numbers indicating which references he or she authored or coauthored.

Electron Collision Cross Section Set for Argon (Ar) Electron collision cross section set of elastic, electronic excitation and ionization collision for argon recommended by the author are given by the tables. Final conclusions are given and detailed discussions are not shown here. Elastic total and elastic momentum transfer cross sections are obtained from author's recommended elastic differential cross sections. These values of the set are not final, in other words, tentative values.

Acknowledgments The author would like to say many thanks to: Kazuo Takayanagi and Yukikazu Itikawa of ISAS, Tokyo and Sagamihara, Hiroyuki Tawara of NIFS, Nagoya and Toki, Yoshiharu Nakamura of Keio University, Kanagawa, Yoshihiko Hatano of Tokyo Institute of Technology, Tokyo for continuous support and encouragement. The author also would like to say many thanks to the librarians of the following organizations Nagoya Institute of Technology, Nagoya Nagoya University, Nagoya (five libraries) Institute of Plasma Physics, Nagoya University National Institute for Fusion Science, Toki Institute for Molecular Science, Okazaki Finally, the author would like to say many thanks to Kayo Hirono for longstanding support for the preparation of these bibliographies. References for Ar 1900 - 1999)

(Argon)

[Inerr gas, Noble gas]

E Elastic collision, EX Electronic excitation, I Ionization, QT Grand total cross section, ME Metastable argon, S Swarm, 0 : The others, a Ionization coefficient 1: Additional informations, : Exp., T : Theory.

The oldest paper in this list is given by CRamsauer 1921).

QT W.H.Aberth Thesis, New York University.1-57 1963) Measurement of total cross sections for the scattering of low energy electrons by argon and molecular oxygen and nitrogen. [E, Ar, 02, N21

QT W.AberthG.Sunshine and B.Bederson : in Atomic Collision Processes, North- Holland, 3rd ICPEAC, London 53-58 1964) Absolute measurement of total cross sections for the scattering of low energy electrons by argon, nitrogen and oxygen. [E. Ar, N2, 02; 1 - 25 eV] a RR.Abdulla Thesis, University of Wales, Swansea 1981) Ionization and breakdown in argon. [E, Ar; 15 - 3600 Td]

0 M.Y.Adam.F.WuilleumierS.KrummacherN.SandnerV.Schmidt and W.Mehlhorn J.Elect.Spectrosc.Relat.Phenom.15,211-224 1979) Recent progress in the study of photoionization processes of atomic species by electron spectroscopy using synchrotron radiation. [E, hv , Ar, He, Xe, Pbl

0 M.Y.AdamP.Morin and G.Wendin : Phys.Rev.A31,1426-1433 1985) Photoelectron satellite spectrum in the region of the 3s Cooper minimum of argon. [E, h v , Ar; 40 - 70 eV]

0 D.L.Adams and W.Whaling : J.Opt.Soc.Am-71,1036-1038 1981) Argon branching ratios for spectral-intensity calibration. [E, h , Ar; 104 emission lines 2900 - 23000 Al

I B.Adamczyk Ann.Univ.Maria Curie-Sklodowska, Lublin-Pol.Sect.AA24,157- (1970a)

I B.Adamczyk Ann.Univ.Maria Curie-Sklodowska, Lublin-Pol.Sect.AA24,171- (1970b)

- Ar I - 0 .A.Adamovich,A.V.Dem'yanov.N.A.DyatkoI.V.KochetovA.P.Napartovich and A. P.Strel'tsov : Sov-Phys-Tech.Phys.32,568-572 (1987)- Kinetics of slow electrons in an electron-beam pumped excimer laser. [L Ar, Xe, HCH

0 V. A.AdamovichA.V.Dem'yanov, .K. KochetovD.D.MalyutaYu. B.Smakovskii and A.P.Strel'tsov : Sov.J.Quant.Elect.20,1303-1309 1990) Modeling of an XeCl excimer laser excited by a fast electron beam. [L Ar

0 B.D.Adcock and W.E.G.Plumiree : J.Quant.Si)ectrosc.Radial.Transf.4,29- (I 9 6 4) On excitation temperature measurements in a plasma-jet, and transition probabilities for argon lines. [E, h v , Arl

EX V.V.AfrosimovYu.S.GordeevV.M.Lavrov and S.G.Shchemelinin : Sov.Phys.JETP 1 28,821-825 (1969)- Energy loss spectra of electrons colliding with inert gas atoms. [E. Ne - Xe 4 keV1

0 M.Agentoft.T.AndersonJ.E.Handen.W.Persson and S.-G.Pettersson : Phys. Scr.29,57-60 1984) A study of the nsOnpl IS states in the rare gas ions. [E, Ne - Xel

E K.M.AggarwalN.Nath and C.S.G.K.Setty Planet-Space Sci.27,753-768 (1979)- Collision frequency and transport properties of electrons in the ionosphere. [L Ar, He, H, N, 0, N2, 021

EX J.M.AjelloG.K.JamesB.Franklin and S.Howell : J.Phys.B23,4355-4376 1990) Study of electron impact excitation of argon in the extreme ultraviolet emission cross section of resonance lines of Arl , Ar U. [E. Ar ; IO 4 8, 106 7 nm, 12 2000 eV]

0 H.AkselaS.Aksela and H.Patana Phys.Rev.A30,858-864 (1984) Auger energies of free atoms Comparison between experiment and relativistic theory. [E and T, Ne - Xe, Na, K, Cs, Cu, Cd, Hg, etc.)

0 .Aksela,S.Akscla,fl.PulkkinenA.Kivimaki and .- P.Sairanen : Phys.Scr.41, 425-428 1990) Shake processes in Auger decay of resonatly excited states of rare gases. [E, Ne - Xel

0 H.AkselaJ.MursuJ.JauhiainenE.NommisteJ.Karvonen and S.Aksela : Phys. Rev.A55,3532-3538 1997) Angular distribution of emitted electrons in the decay of Ar 2p-'4s states studied by high-resolution experiment. [E, Arl

S S.A.J.Al-Amin and J.Lucas : J.Phys.D20,1590-1595 1987) Time of flight measurements of the ratio of radial diffusion coefficient and mobility for electron swarms in helium, argon, neon and krypton at high EIN. [E. He - Kr; E/N 56.5 5650 Td for Arl

Ar 2 S S.A.J.Al-Amin and JAucas : J.Phys.D21,1261-1270 1988) Electron swarms in mixtures of metal vapour and argon gas. [ T, Ar + (Na, K, Cs) I

EX R.AlbatN.Gruen and B.Wirsam : J.Phys.B8,L82-L85 1975) Calculated Born and four-state cross sections of low ling Ar levels excited by proton and electron impact. [T, Ar, 4s and 4D levels]

S S.S.Al-Dargazelli,T.R.Ariyaratue,J.M.Breare and B.C.Nandi : Nucl.Instrum. Meth.176,523-528 1980) Measurement of the drift velocity of electrons in an argon-nitrogen mixture using a gas scintillation drift chamber. (E, Ar + N21

S N.L.Aleksandrov and I.Kochetov : J.Phys.D29,1476-1483 (1996)- Electron rate coefficients in gases under non-uniform field and electron density conditions. [T, Ar, C02, N21

0 V.Ya.Aleksandrov.D.V.Gurevich and I.V.Podmoshenskii : High Temp.5.672-675 O 9 6 7) Exchange of kinetic energy in a dense, weakly ionized, argon plasma. [E, Ar; are]

E V.A.Alekseev and I.I.Sobelman : Sov.Phys.JETP 22,882-888 (1966)- A spectroscopic method for the investigation of elastic scattering of slow electrons. [T, Ne - Xe, Cs; mainly for Arl

E M.K.Ali and P.A.Fraser : J.Phys.BIO,3091-3104 (1977)- The contribution of long-range forces to low-energy phaseshifts. [T, Ar, HI

I N.L.AlinovskiiYu.E.Nesterikhin and B.K.Pakhtusov : Sov.Phys.Tech.Phys. 14,96-98 (1969)- Mean for ionization cross sections of neutral beams by electrons with a Maxwellian velocity distribution. [T, He - Kr, H, H2, D2, N2, 021

S H.W.Allen : Phys.Rev-52,707-710 1937) Electron temperatures and mobilities in the rare gases. [L He - Arl

S N. L.Allen and B.A.Prew : I.Phys.B3,1113-1126 1970) Some measurements of electron drift velocities in compressed gases. [E, Ar, N2, C02; E/N 0.6 - 6 TdI

E W.P.Allis and P.M.Morse Z.Phys.70,567-582 (1931) Theorie der Streuung langsamer Eektronen an Atomen. [T, He - Ar, Na, Zn. etc.; DCS for Arl

I D.P.AlmeidaA.C.FontesI.S.Mattos and C.L.Godinho : J.Electron Spectrosc. Relat.Phenom-67,503-510 1994) Electron impact multiple ionization cross section of argon ((J,,+, n = 3 - 6) . [E. Arl

- Ar 3 - I D.P. AI me id a, K. H. Becker and H. Deu tsch : In t. I.Mass Sec t rom. Ion Pro c es s. 63, 39-45 (1997a)- Electron-impact ionization cross-section of argon ,+, n = 78). M Ar; 110 - 3000 eV]

0 D.P.Almeida and C.F.L.Godinho : Nucl.instrum.Meth.BI14,337-340 (1997b), Erratum 122,167-167 (1997) Intergrated osicillator strengths for multiionization processes under the Bethe-Born formulation. [T, He Xel

I D.P.AlmeidaA.C.Fontes and F.C.Pontes Nuci.Instrum.Meth.BI32,280-287 (1997c) Multiple ionization of gases by collisions with electrons. [E, Ar, He, He 90 - 3000 eV]

S H. Alvarez-Pol, 1. Duran and R. Lorenzo J. Phys. B30, 2455-2464 1997) On the cross section of low-energy electron collision o CH4 and C02. [T, Ar + CH4, Ar + CH4 + C02, etc. B. Eq. I

S S.R.AmendoliaM.Binder.et al.(about 30 ersons) : Nucl.Instrum.Meth.A244, 516-520 1986) Dependence of the transverse diffusion of drifting electrons on magnetic f ield. (E, Ar + CH41

0 M.Ya. Arfius ia, N. A. Cherepkov, L. V. Chernyshev ad S. 1. Shef tel : Phys. Lett. A28, 726-727 (1969)- On atomic photoionization cross section calculation. [T, hv Arl

0 M.Ya.Amusia.N.A.Cherepkav,L.V.Chernysheva and S.I.Sheftel : Sov.Phys.IETP 29,1018-1021 (1969). Calculation of the Photo-ionization cross section for Ar in the Hartree- Fock approximation. [T. h v , Arl

0 M.Ya.AmusiaN.A.Cherepkov ad L.Y.Chernysheva : Phys.Lett.A31,553-554 (1970a) Many-electron correlations in photoabsorption in the M-shell of Ar. [T. hv , Arl

EX M.Ya. Amus' a, N. A. Che repkov and S. 1. Shef te I Sov. Phys. JETP 31, 332-334 (1970b) Inelastic scattering of electrons by noble gas atoms. [T, e - Xe; DCS, 3 or 4 keV, Born approximation]

0 M.Ya.AmusiaN.A.Cherepkov and L.Y.Chernysheva : Sov.Phys.JETP 33,90-96 (I 9 7 ) Cross section for the hotoionization of noble-gas atoms with allowance for multielectron correlations. [T, hv , He - Xel

EX M.Ya.AmusiaN.A.CherepkovR.K.JanevS.I.ShefteI and J.Zivanovic : J.Phys. B6,1028-1039 1973) The role of many-electron correlations in fast electron-atom inelastic collisions. [T, Ar; 4 KeVJ

- Ar - E M.Ya.AmusiaN.A.CherepkovL.V.Chernysheva and S.G.Shapiro : Phys-Lett.A46, 387-388 (1974a)- Elastic scattering of slow electrons and level shifts in Ar. [T. Arl

0 M.Ya.AmusiaV.K.IvanovN.A.Cherepkov and L.V.Cheruysheva : Sov.Phys.JETP 39,752-758 (1974b) Intershell and intersubshell effects in photoionization of atoms. [T. h v . Ne - Xe, Ca, Zd

EX M.Ya.Amusia and N.A.Cherepkov : in Case Studies in Atomic Collision Physics 5, North-Holland 47-179 1975) Many-electron correlations in scattering processes. [review]

EX M.Ya-AmusiaV.K.Ivanov and S.A.Sheinerman : I.Phys.B9,1537-1553 (1976a) Inner-shell correlation in the inelastic scattering of fast electrons of the outer subshells in Ar and Xe. [T, Ar, Xel

E M.Ya.AmusiaN.A.CherepkovI.V.ChernyshevaS.G.Shapiro and A.Tanchich Sov.Phys.JETP 41,1012-1016 (1976b)- Elastic scattering of slow electrons by atoms. [T, Ar, He, Xel

I M.Ya.AmusiaM.Y.Kuchiev.S.A.Sheinerman and SI.Sheftel : J.Phys.1310, L535-L539 (1977a) Inter-shell correlations in the formation of singly charged ions near the Ar L-shell ionisation threshold. [T. Arl

0 M.Ya.Amus'yaS.A.Sheinerman and S.I.Shefmel': Sov.Phys.Tech.Phys.22,822-828 (1977b - Generalized oscillator strengths of inner atomic shells with outer-shell effects. [T, Ar: 2p6 subshell)

0 M.Ya.AmusiaI.S.Li and SI.Sheftel : Bull.Acad.Sci.USSR Phys.ser.41,57-64 O 977c) Photoionization from the excited state of argon and xenon atoms. [T, hv , Ar, Xel

I M.Ya.Amusia and S.A.Sheinerman : J.Phys.BI2,649-662 (1979a) Single-electron ionisation of Ar 3s' subshell by slow electrons. [L Ar: th.- 10 V]

I M.Ya.AmusiaM.Yu.Kuchiev and S.A.Sheinerman : Sov.Phys.]ETP 49,238-244 (1979b) Near-threshold effects in the ionization of atoms (the post-collision interaction . [T. Arl

0 M.Ya. Amus' a, V. K. vanov, S. A. Sheinerman, Si. 1. Shef tel' and A. F. loffr : Sov. Phys.JETP 51,458-465 1980) Manifestation of restructuring of the electron shells in atoms in the course of ionization. [L hv , Ar, Xe, Cs, Bal

0 M.Ya.AmusiaAK.lvanov and V.A.Kupchenko : J.Phys.1314,1,667-1,671 (1981a) Photoionizations of inner shells. [T. hv , Arl

- Ar 5 - 0 M.Ya.Amusia and A.S.Kheifets : Pys.Lett.82A,407-411 (1981b) The influence of 'Two-electron- two-hole' excitations on the 3s-14P a u t o i onization Profile in At atoms. [T, hy, At]

E M.Ya.AmusiaN.A.CherepkovL.V.ChernyshevaD.M.Davidovic and V.Radoievic Phys.Rev.A25,219-225 (1982a) Slow-electron elastic scattering on argon. [T, At; 0.01 - 15 eV]

0 M.Ya.Amusia and A.S.Kheifets : Phys.Lett.89A,437-440 (1982b) The hotoelectron angular-distribution parameter in the region of the 3 s - 4 resonance in At. [T, h v , At]

I M.Ya.Amusia and A.S.Kheifets : J.Phys.BI8.L679-L684 1985) On our ability to measure the singly ionised rare-gas spectroscopic factors using the ( -r , e) and (e, 2e) reactions. [T, At]

0 M.Ya.Amusia : Comments At.Mol.Phys-16, 143-155 (1985)- Spectroscopic factor and the renormaiization of interelectron interaction. [comments, A - Xel

0 .Ya.AmusiaI.M.BandV.K.IvanovV.A.Kupchenko and M.B.Trzhaskovskaya Bull.Acad.Sci.USSR Phys.Ser.50.No.7,19-25 1986) Nonphysical characteristics of the photoionization cross section of internal shells. [T, h v , At - Xe, Cu, Hg1

0 M.Ya.Amusia : Phys.Scr.T31,43-55 1990) Many-electron effects in the absorption and emission of VUV radiation by atoms and ions. [T. h . At. Xe. etc. I

0 M.Ya.Amusia,Z.ChenL.V.Chernysheva and A.Z.Msezane : 21st ICPEAC, Sendai 2 74 (I 9 9 9 Multielectron correlations in the generalized oscillator strengths. [T, At, Ne, Xel

EX N.AndersenJ.W.GallagherI.V.HerteI and F.J.da Paixao : 14th ICPEAC, Palo Alto 121-121 (I 9 ) Analysis of orientation and alignment in electron impact excitation of heavy rare gases : the At 4s IP and 3p case. [T, At; DCS of 'Pi, 16 eV]

EX N.AndersenJ.W.Gallagher and I.V.Hertel : Phys.Rel).165,1-188 1988) Collisional alignment and orientation of atomic outer shells. I Di r e c t excitation by electron and atom impact. rev i ew, He - Xe, H, Li. Na, K, Hg, Bal

EX N.AndersenJ.T.BoadE.E.B.CambellJ.W.Gallagher and I.V.Hertei : Phys.Rep. 278,107-289 (1997a) Collisional alignment and orientation of atomic outer shells. 11. Quasi- molecular excitation, and beyond. [review, At + H(ls), etc.]

EX N.AndersenK.BartschatJ.T.Broad and I.V.Hertel : Phys.Rei).279,251-396 (1997b) Collisional alignment and orientation of atomic outer shells. IU. Sin- resolved excitation. [review, Xe, Li - Cs, H, Hg, etc.]

- Ar 6 - S J.M.Anderson : Phys.Fluids 71517-1526 (1964). Hall effect and electron drift velocities in the plasma of the positive C I umn. [E, He - Ar, N21

ME E.A.Andreev and A.E.Bodrov : Chem.Phys.Lett.109,450-455 (1984)- Inelastic scattering of low-energy electrons by metastable atoms. [T, He - Xe. C, N, 01

E D.Andrick und H.Ehrhardt : Z.Phys.192,99-106 1966) Die Winkelabhangigkeit der Resonanzstreuung niederenergetischer Eektronen an He, Ne. Ar, und N2- [E, He - Ar, N21

0 D.Andrick and L.Langhans : J.Phys.BII,2355-2360 1978) Measurement of the free-free cross section of e-- Ar scattering. [E, Ar; - 16 eV]

a T. Aoyama : Nucl.Inst rum.Meth.A234,125-131 9 5) Generalized gas gain formula for proportional counters. [T, Ar + CH4, Xe + C02, etc. I

0 G.S.Argyropoulos and M.A.Casteel : J.Appl.Phys.41,4162-4165 1970) Tables of interaction parameters for computation of Ohm's law coefficients in various gases. [T, Ar. Xe. He, C02, CO]

0 G. B. Armen, T. Aberg, Kh. R. Karim, . C. Levin, B. Crasemann, G. S. Brown, M.H. Chen and G.E.Ice : Phys.Rev.Lett.54,182-185 1985) Threshold double pholoexcitation of argon with synchrotron radiation. [ E, h , Arl

0 G.B.ArmenJ.Tulkki.T.Aberg and B.Crasemann : Phys.Rev.A36,5606-5614 1987) Quantum theory of Dost-collision interaction in inner-shell hoto- ionization Final-state interaction between two continuum electrons. [T, hv , Ar, Xel

0 G.B.ArmenJ.TulkkiT.Aberg and B.Crasemann : Phys.Rev.A36,5606-5614 1987) Quantum theory of post-collision interaction in inner-shell hoto- ionization Finite-state interaction bbetween two continuum electrons. [T. h , Ar, Xel

0 G. B.ArmenJ.C.Levin ad I.A.Sellin : Phys.Rev.A53,772-784 1996) RadiatioDless resonant Raman scattering interpretation of argon Photaioll yields measured in coincidence with K-LL Auger decay. [T. hv , Arl

0 L.ArmstrongJr.and W.R.Fielder.Jr.: Phys.Ser.21,457-462 1980) Photoionization cross sections using the multiconfiguration Hartree- Fock and its extentions. [T, hv , Ar, CII

E F.L.Arnot : Proc.Roy.Soc.London A133,615-636 1931) The diffractions of electrons in gases. [E. Ne - Xe, H2, N2, CO, CH4; 42 - 780 eV, 20 - 120' for Arl

- Ar 7 - 0 U. Arp, W Coo pe r, T. Le Brun, S. U. So u t hwor t h, M. Jung and M.A. MacDona Id J. Ph ys. B29,L837-L842 1996) Angular correlation between Ka hotons and L2,3 M2,3M2,3 Auger electrons following argon Is photoionization. [T, h v, Arl

0 U.Arp,T.LeBrunS.H.SouthworthM.A.MacDonald and M.Jung : Phys.Rev.A55, 4273-4284 1997) X-ray fluorescence ad Auger-electron coincidence spectroscopy of vacancy cascades in atomic argon. [E, hv , Arl

EX H.Arriola.P.J.O.TeubnerA.Ugbabe and E.Weigold : J.Phys.B8,1275-1279 1975) Electron-photon angular correlations in the electron impact excitation of argon. [E, Ar; 80.4 and 113.4 eV]

0 T.U.ArslanbekovF.A.Iskanderov and R.Y.Pirogovskii : Bull.Acad.Sci.USSR Phys-Ser-52,No.6,122-123 1988) Highly charged inert-gas ions produced by nanosecond laser pulses. [E. hy , Ar - le]

0 U.AsafW.S.Felps and S.P.McGlynn Phys.Rev.A40,5458-5460 (1989)Z Electron scattering in dense He Ar gas mixtures A pressure shift study. [E, Ar + He]

0 U.AsafK.RupnikG.Reisfeld and S.P.McGlynn : J.Chem.Phys.99,2560-2566 O 9 9 3 - Pressure shifts and electron scattering lengths in atomic and molecular gases. [E and compilation, He - Xe, 112, N2- CH4, C2H6, C3118, C021

0 E.I.Asinovskii and V.M.Batenin : High Temp.3,485-489 1965) Ex 1)erimental investigation of the continuous spectrum of argon plasma. [E. Arl

0 G.E.AssousaL.Brown and W.K.FordJr.: J.Opt.Soc.Am.60,1311-1314 1970) Radiative lifetime measurements of excited levels in neonI and argonlI . [E, Ar, Nel

I R.K.Asundi : 6th ICPEAC, Paris 29-32 (1963a) Ionization cross-section ear the threshold for the rare gases. [E, He - Xel

I R.K.Asundi and M.V.Kurepa : J.Elect.Control 15,41-50 (1963b) Ionization cross sections in He, Ne, A, Kr and Xe by electron impact. [E, He - Xe; th.- 100 eV]

EX V.M.Atrazhev : Sov.Phys.Tech.Phys.21,1212-1214 (1976)- Excitation rate in a weakly ionized plasma in a strong external field. [E. Ar only]

0 V.M.AtrazhevI.T.lakubov and V.I.Roldugin : I.Phys.D9,1735-1742 1976) a The Townsend coefficient of ionization in dense gases and fluids. [T, Ar. Xe, CH41

- Ar 8 - S V.M.Atrazhev and T.Yakubov : J.Phys.DIO,2155-2163 1977) The electron drift velocity in dense gases. [L Ar, He, H2, N2, CH41

0 TAugusteP.Manot.L.A.Lompre.G.Mainfray and C.Mnus : JPhys.B25,4181-4194 (I 9 9 2) Multiply charged ion produced in noble gases by a I ps laser pulse at . = 1053 um. (E, hv , He - Ar, Xel

I L.AvaldiR.CamilloniE-Fainelli and G.Stefani : J.Phys.B21,L359-L364 1988) An Ar valence-shell study of asymmetric (e.2e) experiments. [E, Ar; 1000 eV]

I L.AvaldiG.Stefanil-E-McCarthy and .Zhang : I.Phys.B22,3079-3082 (1989a) Distorted-wave Born approximation for asymmetric ionisation of argon by electron impact. [E and T. Ar; 1000 eV]

I L.AvaldiI.E.McCarthy and G.Stefani : J.Phys.B22,3305-3314 (1989b) Electron impact ionisation of argon at intermediate energy and momentum transfer : an (e,2e) investigation. M Ar; 1000 eV]

I L.AvaldiR.CamilloniC.Dal Cai)pello,E.Fainelli,A.Lahmam-Bennani and G.Stefani : Z.Phys.DI6,107-112 (1990)- lonisation dynamics at intermediate transfer an (e,2e) investigation on argon. [E, Arl

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E W.C.FonK.A.Berrington.P.G.Burke and A.Hibbert : J.Phys.BI6,307-321 1983) The elastic sattering of electrons from inert gases M Argon. [T, Ar; DCS, 3 - 50 eV]

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0 M.ForysA.Jowko and I.Szamrej : I.Phys.Chem.80,1035-1041 1976) Rare gas sensitized radiolysis of hydrogen sulfide in the low concentra- tion range. [E, (Ar - Xe) + H2S]

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S R.L.Fox Phys.Fluids 13,1480-1482 (1970)- Effectof inelastic collisions on electron transport coefficients. [T, Ar. Li]

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E RH.Freeman and J.A.Roberts Plasma Phys.16,377-383 (1974)- Electron collision freaucecy observations in H2, D2, N20, C02 and argon at ressures of 0.4 2 Torr. [E. Ar, H2, D2, N20, C021

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0 M.S.Frish : Dt.Spectrosc-22,9-11 1967) Use of a Plasma-jet generator to determine the transition probabilities of lines in the argon spectrum. [E, hv , Ar; 390 - 450 nml

0 D.C.Frost.C.A.McDowell and D.A.Vroom : Proe.Roy.Soc.London 296,566-579 1967) Photoelectron kinetic energy analysis in gases by means of a spherical analyser. [ E, h v , A r Xe, H2, HD, D2, 2 N 2 4 Al

S L. S.Frost and A.V.Phelps Phys.Rev.136.AI538-AI545 1964)0 E Momentum-transfer cross sections for slow eectrons in He, Ar. Kr and Xe from transport coefficients. [E, Ar - Xe, He; q., 0.001 - 25 eV]

I J.Fryar and J.W.McConkey : J.Phys.B9,619-629 1976) Analysis of the ejected-electron spectra of Ar following controlled electron impact. [E, Arl

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S K.FujiiJ.FujimotoH.HayashiiR.KajikawaY.MasataniH.Ozaki.A.Sugiyama, S.SuzukiT.TakahashiT.F.Tsukamoto.T.Y.TsukamotoM.Ueda and S.Uno Nuel.lustrum.Meth.A245,35-44 1986) Automated monitoring ans calibrating system of gas gain and electron drift velocity. Prototype system and accumulation of reference data. [E, Ar + CH4, Ar + C2H6, Ar + C2fl6 + C2HSOHI

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E J.B.Furness and I.E.McCarthy : J.Phys.B7,541-547 1974) Optical model wavefunctions for atomic scattering. [T, Ar; 200 and 400 eV)

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I A.Gaudin and R.Botter : .im.Phys.65,1126-1128 1968) Calcul de sections efficaces d'ionisation d'atomes par impact electronique energique.M . Sections efficaces d'ionisation de Na, Mg, Al, Si, P, S, C 1 A. [T. Ar, Na, e t c I

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0 S.A.Gerasimov : Phys.Scr.48,567-568 (1993)- On the scaling law for the atomic coherent scattering cross section. [T, Ar, Ne, C, Mo, Au; 0 3 - 7 keV1

I K.GerdomJ.Puerta and K.Wiesemann : J.Phys.B27,747-758 1994) State-selective study of Ar 2", Ar 3+ and N2 2+ formation by electron impact ionization near threshold. [E. Ar. 1421

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0 A.E.S.Green : Radiat.Res.64,119-140 1975) The role of secondary elrectrons in charged particle degradation. [T. Ne - Xe, 2, 02- C02. 201

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E A.E.S.GreenD.E.Rio and T.Ueda : Phys.Rev.A24,3010-3018 1981) Analytic velocity-dependent potential for bound and scattering states of electrons and atoms. [T, Ne - Xe; DCS1

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0 A.E.Greene and C.A.Brau : IEEE J.Quant.Electron.14,951-957 1978) Theoretical studies of UV-preionized transverse discharge KrF and ArF lasers. [L Ar, Kr]

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E J.Kessler Z.Phys.182,153-165 (1964b) Bestimmung der Wirkungsquerschnitte fur die Keinstwinkelstruung von Elektronen. (Determination of effective cross sections for small-angle scattering of electrons.) [E. Ne - le, 021

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E J. F. Williams J. Phys. B12, 265-282 (1979)0 A phaseshift analysis of experimental angular distributions of electrons elastically scattered from He, Ne and Ar over the range 0.5 to 20 eV. (E and T, He - Arl

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I .ZhangC.T.Whelan and H.R.J.Walters : Z.Phys.D23,301-308 (1992b) Distoreted-wave Born approximation calculations of (e,2e) reactions. [L Ar, He, Xel

I .ZhangC.T.Whelan and H.R.J.Walters : in (e,2e) and Related Process Kluwer Academic 409-421 1993) Distorted-wave calculations of triple differential cross section for inner shell ionization. [T, Ar. Nel

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EX S. H.Zheng and K.Becker : I.Phys.B26,517-526 (1993)- Electron-polarized-Dhoton coincidence study of argon and krypton excitation by electron impact. [E, Ar, Kr]

EX S.H.Zheng and K.Becker : Z.Phys.D30,115-118 (1994)- Measurements of circular polarization correlations following excitation of Ar and Kr by electron impact. [E, Ar, Kr]

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0 B.ZhouL.Kissel and R.H.Pratt : Phys.Rev.A45,2983-2988 (1992a) Near-threshold structures in anomalous scattering factors. [L h v , Ar, Xe, Ne. n1

0 B.ZhouL.Kissel and R.H.Pratt : Phys.Rev.A45,6906-6909 (1992b) Many-electron correlation effects o anomalous scattering factors. [T. h , Ar only]

E Q. ZhouM. J.M.Beerlage and M.J.van der Wiel : Physica 113C, 225-236 1982) Angular distributions of electrons elastically scattered from argon and krypton at energies between 10 and 50 eV. [E, Ar. Kr; see Z.Qing]

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E Y.J.Zigman and B.S.Milic : .Plasma Phys.38,223-233 1987) Kinetic theory of the high-freQuency part of the slow electromagnetic mode in weakly ionized gas-discharge argon lasma with inelastic collisions. [T, Ar; viscosity cross section]

E V.J.Zigman and B.S.Milic : .Phys.B21,2609-2620 (1988)- Evaluation of the viscosity cross sections for elastic electrons in argon and neon at low electron energies above 013 eV. [L Ar. Ne 0136 - eV]

E G.Zissis.P.Benetruy and I.Bernat : Phys.Rev.A45,1135-1148 1992) EX Modeling the Hg - Ar low-pressure-discharge positive columm I A comparative study. [T, Ar + Hg; c.s.set for HgI

0 R.J.Zollweg : J.Chem.Phys.50,4251-4261 1969) Electron affinities of the heavy elements. [L He - Xe, Cu, Hg, etc.]

E M.ZubekN.GulleyG.C.King and F.H.Read J. Phys.B29,L239-L244 1996)0 Measurements of elastic electron scattering in the backward hemisphere. [E, Ar; DCS, 10 eV, 30 - 180'I

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EX T.ZuoR.P.McEachran and A.D.Stauffer I.Phys.B25,3393-3403 (1992)- Relativistic distorted-wave calculation of electron excitation of heavy nobel gases. [T, Ar - Xe; Lowest 4 levels at 20, 30, 50 eV; lowest emission level at 400, 500 eV]

E F.Zwicky : Phys.Z.24,171-183 1923) Das Verhalten von langsamen Eektronen in Edelgasen. [T, Arl

Ar 159 Addenda of References for Ar

(published in 000, plus some old aers)

0 M.Ya.Amusya,L.V.ChernyshevaZ.Felfli and A.Z.Msezane : Phys.Rev.A64,032711/ I - 2 20 ) Many-electron correlation effects in the generalized oscillator strengths of noble-gas atoms. M Ne - Xel

0 O.P.BochkovaR.I.Lyagushchenko.E.A.Sukiasyan and Yu.A.Tolmachev : Sov.Phys. Tech.Phys.19,475-477 1974) Electron density in an argon afterglow. [E, Arl

0 O.P.Bochkova and E.A.Sukiasyan : J.Appl.Spectrosc.(USSR) 23,601-608 (1975b) Population of argon resonance levels during inelastic collisions of metastable atoms with slow electrons. [E, Arl

EX .B.BoffardM.F.GehrkeM.E.LagusL.W.Anderson and C.C.Lin : Eur.Phys.J.D8, 193-198 2000) User of a fast beam target for the determination and reduction of the cascade contribution to electron excitation cross-section measurements. [E, Arl

S A.F.Borghesani : J.Electrost.53,89-106 (2001a) Electron mobility maximum in dense argon gas at low temperature. [E, Arl

S A.F.Borghesani and M.Santini : Int.J.ThermoDhys.22,1109-1121 (2001b) Electron mobility maximum in near-critical argon gas. M Arl

S G.L.Braglia and V.Dallacasa : in Electron and Ion Swarms, Pergamon Press, 83-92 1981) Multiple scattering theory of electron mobility in dense gases. M Ar,

0 U.Buck and H.Meyer : J.Chem.Phys.84,4854-4861 1986) Electron bombardment fragmentation of Ar van der Waals clusters by scattering analysis. [E, Ari + He]

0 T.X.Carroll,J.D.BozekE.KukkV.MyrsethL.J.Sacthre and T.D.Thomas : J.Elect. Spectrosc.Relat.Pheiiom.120,67-76 2001) Line shape and lifetime in argon electron spectroscopy. [E, hv , Ar; 6 - 80 eV above and 2P3/2 threshold]

0 M.Chenevier et P.A.Moskowitz : .Physia-35,401-409 1974) Mesures par resonance magnetique de durees de vie et de facteurs de Lande de niveaux excites d'atomes d'argon et de xenon. (Magnetic resonance measurements of lifetimes and Lande g factors of excited levels of argon and xenon.) [E, Ar, Xel

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0 J.W.Cooper : in Landolt-Bornstein, Photon and Electron Interactions with Atoms, Molecules and Ions, Subvolume A, Springer 1- - 177 2000) Photon interactions with atoms. [review, He - Xe, 0, N, Li - Cs]

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0 P.Dehmer : J.Chem.Phys.76,1263-1272 1982) Photoionization of Ar2 at high resolution. [E, h , Ar2l

EX Y.De-HongY.FengL.Zi-MingP.Guang-Yan and L.Jia-Rui : Acta Phys.Sin.37, 1965-1971 (1988) in Chinese; Chin.J.Phys. Experimental studies of excited states in the collisions of electrons with helium and argon. [E, Ar, He; emission c.s., 200 - 500 eV]

I H.Deutsch, K.Becker and T.D.Mark Plasma Phys.Control.Fusion 42,489-499 (2 00) Calculated cross sections for the multiple ionization of nitrogen and argon atoms by electron impact. [T, Ar, NI

0 F.Ehlotzky : Can.J.Phys.59,1200-1211 1981) Scattering phenomena in strong radiation fields. (review, general theory]

0 F.Ehlotzky : Can.J.Phys.63,907-932 1985) Scattering phenomena in strong radiation fields. II. [review, general theory]

E M.T.Elford and S.J.Buckman in Landolt-Bornstein, Photon and Electron Interactions with Atoms, Molecules and Ions, Subvolume A, Springer 235 2 - 4 200 ) Momentum transfer cross sections. [review, He - Xe, H, Li - K, 0, Mg, Mn, Cu, n, Cs. Ba, HgI

EX .W.Fan and K.T.Leung : Phys.Rev.A62,062703/1-9 2000) Absolute generalized-oscillator-strength measurement of preionized-edge electronic excitation in the valence and 2D shells of argon. [E, Arl

0 E.E.FergusonC.R.AlbertoniR.Kuhn.Z.Y.ChenR.G.Keesee and A.W.Castleman, Jr.: J.Chem.Phys.88,6335-6340 1988) The role of rotational tunneling in the metastable decay of rare gas cluster ions. [E. Ar3+1

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0 J.R.Fuhr and W.L.Wiese : in CRC Handbook of Chemistry and Physics, CRC Press, 81st (Ed), 10- 88-146 2000) NIST atomic transition probability tables. [compilation, atoms]

0 J.Galy.H.BrunetA.Birot et J.L.Artique : Compt.Rend.Acad.Sci.B276,23-26 U 9 7 3) Post-luminescence de I'argon : rocessus de disparition de 1'etat 2P2- [E, hv , Arl

EX A.Gleizes These de doctorat d'Etat, Universite Paul Sabatier, Toulouse (I 9 8 0)

EX A.N.Grum-Grzhimailo and K.Bartschat : J.Phys.B34,L727-L73 2001) Benchmark comparisons for near-threshold electron-impact excitation of Ar metastable levels. [T, Arl

0 P.F.Gruzdev : Opt.Spectrosc.22,170-171 1967) Oscillator strengths of resonance lines in the spectra of Ne 1, Ar 1, Kr I Xe Ia t oms and Na II and Rb Ri ons. [T, N - Xe, Nal, Rb+1

I MA.Haynes and B.Lohmann : J.Phys.B33,4711-4721 2000) Low-energy triple differential cross sections for argon 3s electron impact ionization. [E, Ar ; I 3 eYJ

I M.A.Haynes and B.Lahmann : Phys.Rev.A64,044701/1-4 (2001a) Comparative study of argon 3p electron-impact ionization at low energies. [E and T, Ar; 113.5 eV, 15'

1 M.A.Haynes and B.Lohmann : .Phys.B34,LI31-LI36 (2001b) Coplanar symmetric (e.2e) cross sections for argon 3s ionization. [E, Ar; binding energy 29.3 eV, incident energy 37.3 - 129.3 eV]

QT M.Inokuti in Landolt-Bornstein, Photon and Electron Interactions with E Atoms, Molecules and Ions, Subvolume A, Sringer 21 - 234 2000) EX Electron collisions with atoms. [review, He - Xe, H, Li, 0, Na, Hg, e t c.

0 Y.JiM.FoltinC.H.Liao and T.D.Mark : J.Chem.Phys.96,3624-3627 1992) Size and temporal dependence of the metastable decay Probabilities of ionized rare gas clusters. M ArN, KrNI

- Ar 162 - E V.KonopinskaS.Telega and J.E.Sienkiewiez TASK Q (Poland) 513-16 2001) Electron-argon scattering A high angle minimum in differential cross sections. [T, At]

0 K.J.LaGattuta : J.Phys.B33,2489-2494 2000) Mutiple ionization of argon atoms by long-wavelength laser radiation a fermion molecular dynamics simulation. [T, hv , At]

0 P.G.Lethbridge and A.J.Stace : J.Chem.Phys.89,4062-4073 1988) Reactivity-structure correlations in ion clusters A study of the unimolecular fragmentation atterns of argon ion clusters, Arjl, for in the range 30 - 200. [E, At.+]

EX C.M.Maloney,J.L.PeacherK.Bartschat and D.H.Madison Phys.Rev.A61,022701/ 1 5 (2 0 ) Excitation of Ar Wits - 3 4P transitions by electron impact. [L A see I.B.Boffard 1999H

0 T.D.MarkP.ScheierK.LeiterW.Ritter.K.Stephan and A.Stamatovic : It.J. Mass Spectrom.lon Process.74,281-301 1986) Unimolecular decay of metastable At cluster ions. Evolution of magic numbers in Ar cluster mass spectra. [E, At,,]

EX S.Mayer and J.Kessler : 19th ICPEAC, Whistler 238-238 (1995b) Experimental confirmation of electron optic dichroism. [E, At]

I B.S.Min ad H.Cho : J.Korean Phys.Soc.29,170-175 1996) The post-collision interaction in the Auger process of electron-impact ionization of argon. [ , At]

0 L.Minnhagen : Ark.Fys.25,203-285 1963) The spectrum of singly ionized argon, Ar H . [E, h v , At']

S R.R.Mitchell : in Electron and Ion Swarms, Pergamon, Oak Ridge 55-64 1981) Non-equilibrium electron energy distributions. , At,

S M.L.Mittal and G.P.Gowda : J.Appl.Phys.59,1042-1047 1986) Transport coefficients of a chemically reacting plasma. [L Ar + KI

I D.L.Moores : Nucl.Instrum.Meth.BI79,316-324 2001) Calculations of integral cross-sections for electron and positron impact of rare gas atoms. [L He - Xe; ionization, th.- 1000 eV]

I A.J.MurrayN.J.Bowring and F.H.Read : J.Phys.B33,2859-2867 2000) Comparison of argon and helium (e,20 differential cross sections at 64.6 eV using symmetric detection energies and angles. [E A H]

S K.Ness and T.Makabe Phys.Rev.E62,4083-4090 2000) Electron transport in argon in crossed electric and magnetic fields. [L A]

- Ar 163 - 0 G.Norlen : Phys.Ser.8,249-268 1973) Wavelengths and energy levels of ArI and ArIl based on new interfero- metric measurements in the region 3400 - 9800 A. [E, hv , Arl

0 K.NorwoodJ.H.Guo and C.Y.Ng : J.Chem.Phys.90,2995-3003 1989) A photoion-photoelectron coincidence study of Ari (n = 2 - 4. [E, Ard

E J.M.Paikeday : Int.J.Quant.Chem.80,989-998 2000) Polarization otential for e-atom scattering by DCS minimization at intermediate energies. [L Ne - Kr]

I E.R.Peterson and P.H.Bucksbaum : Phys.Rev.A64,053405/1-5 2001) Above-threshold double-ionization spectroscopy of argon. [E, hv , Ar; Ti:sapphire laser, 800 nmjj

S Z.Li.Petrovic : Aust.J.Phys.39,237-247 1986) The application of Blane's law to the determination of the diffusion coefficients for thermal electrons in gases. Ar

I V.-F.Z.Rapp.V.S.Shevera and I.P.Zapesochuy : JETP Lett.25,29-32 977) Investigation of double ionization of inert-gas atoms by simultaneous knockout of s and electrons by the bombarding electron beam. [E, Ne - Xe: 5 - 400 eV]

S A.Y.Rokhlenko : Sov.Phys.JETP 48,663-665 1978) Absolute negative conductivity of a relaxing weakly ionized gas. [L Arl

0 P.Scheier and T.D.Mark : Phys.Rev.Lett.59,1813-1816 1987) Observation of sequential decay series in metastable Ar cluster Ar,,1 - Ar,,-," - Ar,,-2+- [E, Ar.+1

0 P.ScheierA.Stamatovic and T.D.Mark : J.Chem.Phys.89,295-301 1989) Dynamics and kinetics of the metastable decay series : Ar3+ - Ar2" - Ar+. [E, ArJ

0 P.Scheier and T.D.Mark : Int.I.Mass Spectrom.lon Process.102,19-44 1990) Metastable decay of singly charged argon cluster ions Ar,,11. [E. Ar,,+]

0 D.SenguptaS.K.Guharay,D.N.Ghoshroy and S.N.Sen Gupta Paramana 11,661-671 (I 9 7 ) Electron neutral collision frequency from breakdown measurements in crossed electric and magnetic fields. [E. Arl

E J.E.SienkiewiczV.KonoDinska.S.Telega and P.Syty : J.Phys.1134,1,409-1,418 (20 0 1) Critical minima in elastic electron scattering from argon. [T, Ar; DCS, 39.3 eV, 68' and 39.5 eV. 141'

- Ar 164 - I A.A.Sorokin.L.A.ShmaenokS.Y.BobashevB.MobusM.Richter and G.Ulm : Phys. Rev. A61, 022723/1-11 2000) 0 Measurements of electron-impact ionization cross sections of argon, krypton, and xenon by comparison with holoionization. [E, Ar, Kr, Xe: 140 4000 eV, error about 2 %]

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0 K.Stephan.A.Stamatovic and TD-Mark : Phys.Rev.A28,3105-3108 1983) Unimolecular and collision-induced dissociation of Ar2+ produced by electron ionization of Ar2- [E, Ar2l

I J.A.Syage : Phys.Rev.A46,5666-5679 1992) Electron-impact cross sections for multiple ionization of Kr and Xe. [E, Ar - Xe; Ar', Ar2-1, --- Ar5+, 1 - 660 eV for Arl

EX S.Tsurubuchi and .obayashi Atomic CoII.Res-Jpn.27,8-l0 2001) Excitation of the 2pq state of Ar by electron impact. [E, Ar; 20 - 100 eV]

0 W.L.WieseM.W.Smith and B.M.Miles Atomic Transition Probabilities (Na through Ca) - A Critical Data Umpilation), Vol. II. Natl. Stand. Data Ser. NBS 22 1969)

QT A.Williart and G.Garcia : Phys.Scr.64,343-345 2001) Analytical formulae for total cross sections for electron scattering by atoms (N, 0, F, Ne, P, S. Cl, Ar, As, Se, Br, Kr) between 0. - 0 keV. [T, Ne Kr, etc. I

0 T.Wujec Acta Phys.Pol.36,269-271 (1969) Measurement of the absolute transition of Arl lines. [E, hv , Arl

QT A.ZeccaG.P.Karwasz and R.S.Brusa : J.Phys.B33,843-845 2000) Electron scattering by Ne. Ar and Kr at intermediate and high energies, 0.5 - 10 keV. [T, Ne - Kr]

0 S.-H.ZhangX.-Z.QianY.-H.Jiang and J.-F.Sun : Chin.Phys.Lett.17,496-497 (2 0 0 0) Electron scattering by Ar atoms in a laser field. [T, Ar; second Born]

0 B.ZurroJ.Campos and C.Suchez Del Rio : Phys.Lett.43A,527-528 1973) Lifetimes of some excited levels of ArI . [E, Ar; fourteen levels]

- Ar 165 - Authour Index of Argon References

R.R.Abdulla I M.V.Ammosov 89 T.Aberg 7,139 K.Amos 100 W.H.Aberth I M.Ya.Amusia 4,5,6 U.Ackermann 103 N.Anders 6,41 M.Y.Adam I N.Andersen 6 B.Adamczyk I L.W.Anderson 19,89,112,122 V.A.Adamovich 2 M.Anderson 7 J.D.L.Adams I T.Anderson 2 N.G.Adams 37 W.H.C.Anderson 151 B.D.Adcock 2 E.A.Andreev 7 Y.Y.Afrosimov 2 E.P.Andreev 126,127 J.Agam 89 D.Andrick 7 M.Agentoft 2 G.C.Angel 121 K.M.Aggarwal 2 T.Aoyama 7 H. Agren I 2 J A. Aaui I era 1 8 J.A.Aguilera 122 G.S.Argyropoulos 7 S.Ahmad 10 T.Arikawa 138,139 I.Ahopelto 99 T.R.Ariyaratne 3 J M.Ai e I Io 2 G. B.Armen 7 3 9 T.Aiiro 88 J.Armitage 153 H.Aksela 2,64,103,120,139 L.Armstrong 7,103,134 S.Aksela 2,64,103,120 A.Arnesen 148 S. A.J.Al-Amin 2 3 F. L. Arno 7 R.Albat 3 U.Arp 8 G.Alber 82 F.Arqueros 53 S.S.Al-Dargazelli 3 H.Arriola 8,129 N.L.Aleksandrov 3 T.U.Arslanbekov 8 V.Ya.Aleksandrov 3 J.-L.Artigue 53 V. A.Alekseev 3 U. Asaf 8, 1 7 1 9 M.K.Ali 3 S.Asaoka 62 N. L.Alinovskii 3 P. Ashley I 9 A.Alkaa 155 E.I.Asinovskii 8 R. I AI Ian I 6 1 8, 1 5 1, 1 7 G. E.Assousa 8 H. W.A I len 3 H. Ast 7 J.E.Allen III R.K.Asundi 8 J.S.Allen 79 V.M.Atrazhev 8,9 N. L. AI I en 3 S. Augs t 89 W.P.Allis 3 T.Auguste 9 P. L. AI t i ck 29 P. Au s I o s I 6 D.P.Almeida 3,4,40 A.Ausmees 103 D.Y.Al-Salameh 128 L.Avaldi 9,60,132 I.Alvarez 39 B.Awe 75 H.Alvarez-Pol 4 A.Aymar 9 L.L.Alves 48 M.Aymar 110 M.A.Alves 50 T.L.R.Ayres 9 S.R.Amendolia 4

- Ar I - R. C. Baas 9 C. E. Beal 28 34 R.Ch.Baas 91 N.Beatham 13 H.Bader 9 E.C.Beaty 13,65,108 N.R.Badnell 58 H.B.Bebb 13 C.Badrinathan 95 A.Bechler 13 Y.K.Bae 10 A.Becker 14 T. Baer' 68 K. Becker 14 4 , 94, 136, 14 0, 1 58 P.Baessler 10 K.R.Becker 4,14 A.Bagheri 10 P.M.Becker 14 S.Baier 124 U.Becker 14,80,101 M.A.Baig 10 U.I.Becker 30 V.A.Bailey 138 C.E.Beckmann 77 W.F.Bailey 90 B-Bederson 1,14,29 P.Baillargeon 113 M.J.M.Beerlage 14,114,158 P.Baille 10 J.F.Behnke 14 F.A.Baiocchi 150 D.J.Beideck 47 G.S.Baiwa 18 H.C.W.Beiierinick 137 J.Bakos 10 C.Belenger 14 V.V.Balashov 10,11 P.Belenguer 15 G.Balducci 39 Ph.Belenguer 14 G.C.Baldwin 11 S.Bell 15 J.K.Ballou 11 K.L.Bell 15,88 N.Balucinska-Church 11 P.Benetruy 158 K.L.Baluja 10 I.Ben-Itzhak 15 G.M.Bancroft 23,136 S.W.Bennett 15 1. M.Band 6. 11 W.R.Bennett 15 H.W.Bandel 56 E.Benova 15 I.Yu.Baranov 11 K.L.Beown 36 M.Barat 11 I.A.Beran 15 D. Barbiere 12 D. Berenyi 63 R.S.Barbieri 68 E.G.Berezhko 11,15 M.C.Barnes 12 H.F.Berg 16 N.Berrah 16 H.P.Berg 16 A.Bartels 12 R.A.Berg 16, 147 R.J.Bartlett 102 K.Berkhan 123 J.E.Bartmess 12 J.Berkowitz 114 K.Bartschat 6,12,157 A.S.Berman 16 A.K.Barua 13 S.M.Berman 117 B.Barzick 150,151 I-Bernat 158 S.Bashkin 49 J.Bernhard 56 N.L.Bashlov 12 K.Bernhardi 16 A.D.Bass 13 S.Bernstorff 44 R.C.Bass 13 K.A.Berrington 15,50 A. Bastida 13 D. Be s s i s 16 E.Basurto 39 J.A.Beswick 13 A.K.Batabyal 13 H.Beuthe 16 V.M.Bateniia 8,13 H.Beutler 16 J.Baudon 11 J.D.E.Beynon 16 E.Bauer 13 N.N.Bezuglov 17 A. 0. Bawagan 3 23 A.K.Bbatia 37 W.E.Baylis 128

Ar 2 - A.K.Bhattachaya 17 D.Bordelon 77 S.F.Biagi 17 N.J.G.Borge 20 M.M.Bibby 17 A.F.Borghesani 20,21 L.M.Biberman 17 A.B.Borisov 97 W.S.Bickel 49 E.N.Borisov 17 P.Bickert 17,157 W.L.Borst 21 C.Biedermann 88 T.F.Bortner 21 C.E.BieIschowsky 39 J.F.Bott 21 A.Bielski 17 R.Botter 53 F.Biggs 98,117 A.Bouchoule 14 I.Binder 81 L.Boufendi 14 M.Binder 4 B.Bouvellou 21 D. M. Binnie 17 J. C.Bowe 21 M.A.Biondi 17 K.Boyer 97 A.Birot 53 J.Bozek 16 P. G. F. Bisling 72 J. V. Bozin 21, 70 9 2 F.Bitter 149 J.W.Brackett 21 S.Bivona 18 R.C.Bradford 79 H.J.Blaauw 18,70 G.L.Braglia 22,90,153 H.E.Blackwell 18 H.S.Brandi 22 A.Blagoev 15 A.F.Brandt 51 A.B.Blagoev 18,80 B.H.Bransden 22 A.I.Blake 18 G.Branton 61 C.Blanc 18 C.A.Brau 58 D. Blanc 18 J. W.Brau I t 1 5 1 F.Blanco 18,53,121 J.M.Breare 3 J.Blandin 30 M.Breinig 22 W.Bleakney 18 M.J.Brennan 22 S.Bliman 11 A.G.Brenton 73 J. Ph.Blondeau 14 A. Br e s k i n 92 J.E.Bloor 18 J.M.Bridges 151 H.Blubme 109 E.A.Briggs 66 K.Blum 18,130 J.S.Briggs 82 J. T.Boad 6 C. E. Brion 13, 23, 29, 43, 61, 107, 136 S.V.Bobashev 101,130 D.J.Bristow 23 L.Bober 19 R.B.Brode 23.24 0. P-Bochkova 19 1. E. Bro I I ey 24 A. E.Bodrov 7 J. P. Bromberg 24 A. J. H. Boerboom 2 1. K. Br o n i c 24 J.P.Boeuf 14,19,48,126 P.G.Brooker 16 1. B.Boffard 9 3 I 2 M. J. Brothers 24 A.Bogaerts 19 G.S.Brown 7,22 I.P.Bogdanova 19 H.Brown 29 E. Bo duc 9 94 L. Brown 8 K.D.Bomben 44 R.T.Brown 24.66 J.Bommels 20 S.C.Brown 112 R. A.Bonham 20, 24, 2 9 7 4 7 6 9 H. N.Browne 3 124,150,153 R.Browning 24 T.O.Bonifield 76 M.R.Bruce 20,24 M.C.Bordage 111,126 E.Bruche 25 L.Brum-Mielsen 30

- Ar 3 - J.Bruneau 25 M.Capitelli 44 H.Brunet 53 J.Cardinal 93 M.J.Brunger 25,26 J.-D.Carette 119 J N. H. Brunt 2 5. 1 6 M.T. Carl 15 1 R.S.Brusa 25,74,157 R.W.Carlson 28 R.Bruzzese 25 T.A.Carlson 28,34,89,133 I.A.Brytov 91 R.I.Carman 28 V.E.Bubelev 25 C.H.H.Carmichael 28 U. Buck 13 M.Carre I I R.A.Buckingham 26 G-Carter 17,32,67 S.J.Buckman 13,26,32,55,154 J.G.Carter 32,67 P.H.Bucksbaum 63 S.L.Carter 28 I.Bues 26 V.L.Carter 66 W. Buhring 26 H. E. Cartland 71 E. M.Bu lewicz 26 D. C. Cartwright 3 2, 35, 10 8 E.C.Bullard 26 J.H.Carver 18 M.C. Bu I lard 26 M.E. Cas i da 43 W.J.Buma 80 M.A.Casteel 7 A.V.Bunge 26 A.W.Castleman 50 C.F.Bunge 26 G.Caudle 149 D.S.Burch 49,90 S.Cavanagh 29 J.Burgdorfer 147 Ma Ce 29 M.M.Burgers 27 R.J.Celotta 29 A.L.J.Burgmans 27 V.Cermak 29 E.H.S.Burhop 94 U.Cerny 124 P.G.Burke 12,27,50,106 G.E.Chamberlain 29,128 C.J.Burkley 27 J.E.Chamberlain III R.Burlon 18 V.Chan 55 P.D.Burrow 55 W.F.Chan 29 R. S. Bursa 27 S. Chandra 29 G.R.Burton 29 D.W.Chang 29 G.Buschhorn 20,86 J.-S.Chang 10 J.E.Butler 88 R.S.F.Chang 29 C.G.Buursen 27 T.N.Chang 29 J.Byrne 27 J.M.Chanuing 159 F.W.Byron 27,71 J.Chapelle 30,141 S.Bzenic 112 R.D.Chapman 30 D.Charalambidis 30,140,154 F.Cabannes 30 M.Charlton 30,82,103 I.Cadez 144 Y.Chatelus 30 I.M.Cadez 85 M.A.Chaudhry 30 A.A.Cafolla 152 R.Chechik 92 R.B.Cairns 27,28,121 M.H.Chen 7,22,30,31,73,139 C.D.Caldwell 153 Q.-M.Chen 88 G.Caledonia 137 X.Chen 154 G. Ca I I ede 23 Z. Chen 6 31 E.E.B.Cambell 6 M.Chenevier 31 C.Camhy-Val 28 K.T.Cheng 31,66,71 R.Camilloni 9 N.A.Cherepkov 4,5,6,31,124,127 J.Campos 18,20,28,53,121,122 V.E.Cherkovets 31 N.M.Cann 107 L.V.Chernysheva 4,5,6

- Ar 4 - M.I.Chibisov 94 W.L.Courchene 153 R.V.Chiflikyan 31,45 P.L.Cowan 39 J.E.Chilton 31,32 I.R.Cowling 49 S.L.Chin 86,87,89 H.L.Cox 20 V.F.Chinnov 13 J.D.Craggs 85,138 V.T.Chiplonkar 32 M.Crance 35 D.P.Chong 43 B.Crasemann 7,22,30,31,44,73,139 P.D.Chopra 32 D.T.Cromer 66 D.J.Chornay 32 R.W.Crompton 35,99,112 M.H.Choudhury 32 A.Crowe 14,35,36,96,126 L.-Y.Chow Chiu 129 G.Csanak 35,36,77,108 L.G.Christophorou 32,67 GY.Csanak 18 B.Chui 24 I.Cserny 63 Y.Chung 121 F.J.Currell 152 A.Chutjian 32,62,130 D.Cvejanovic 35.36 S.Chwirot 129 S.Cvejanovic 35,36 C.Cisneros 39 Z.Czyzewski 24 C.W.Clark 26 E.M.Clarke 149 M.S.Dababneh 74 A.Claude 10 J.W.Daiber 36 B. Clef f 3 2 3 3 C. Dal Cappello 9, 7 36, 4 6 P.N.Clout 33 A.Dalgano 36 P.B.Coates 33 V.Dallacasa. 22,36 K.Codling 33,65,66,91,100 G.Dall'Armi 36 F.J.Coetzer 33 N.R.Daly 36 J.D.Coffman 33 P.Dam 37 E.A.Colbourn 33 K.Danzamun 151 M.J.Colgan 103 A.Daoud 85 L.Colli 33 F.J.da. Paixao 6,18,36,108 J.H.Collins 153 M.Dapor 36 L.A.Collins 33 T.Darko 37 T.J.Colter 12 A-Dasgupta 37 A.R.Comeaux 97,146 H.Dassen 37 J.Comer 152 H.W.Dassen 37 F.J.Comes 33 V.V.Datsyuk 37 K.T.Compton 33,34 S.K.Datta 37 R.N.Compton 58 S.M.Datta 10 A.Comunetti 34 H.Daum 37 C.A.N.Conde 40,131 D.M.Davidovic 6,81 M.J.Conneely 34 A.J.Davies 37 J.P.Connerade 10 D.E.Davis 37 V.W.Connors 147 F.J.Davis 104. 146 G.R.Cook 98,149 H.T.Davis 50 G.Cooper 29,107 J-Davis 43,104,146 J.Cooper 128 G.Dawber 9.60 J.W.Cooper 834,93 E.F.Dawson 37 R. Cooper 2 7 34 G. De Alti 38 G.H.Copley 35 A.G.Dean 37 W.H.Corcoran 39,92 A.de Boer 146 C.H.Corliss 35 I.L.de Carvalho 37 J.J.Corr 35,96,147

Ar 5 P.Decleva 38,132 D.A.Dixon 138 D. de Faz i o 55 S. Di u r ov i c 112 P.Defrance 14 A.Dobay-Szegleth 41 A. Dege i I h 18 A. I. Dolgin 1 7 J.A.de Gouw 38 G.G.Dolgov-Savelev 41 F. J. de Heer 38, 70, 91, 24 2 F. G.Donaldson 96 3 6 136,146 V.A.Donchenko 41 R.C.Dehmel 38 M.Dondera 41 J.L.Dehmer 33,38,68,130 Q.Dong 41 J.P.de Jongh 38 G.Doolen 41 C-A-de Lange 80 J.Doppelfeld 41,145 F.de la Ripelle 38 P.Dore 41 I.L.Delcroix 38,48,85 F.H.Dorman 42 E. P. de Lima 50 L. Dou 42 J.F.Delpech 39 A.E.Douglas 33 J.Delwiche 85 J.-CI.Dousse 42 G.De Maria 39 J.D.Dow 134 P.V.Demekhin 133 J.T.Dowell 42 Ph.V.Demekhin 80,85,87 M.J.Downey 42 V.F.Demekhin 133 J.P.Downing 74 J. J. Damelincourt 155 H. W.Drawin 42 V.I.Demidov 11 R.M.Dreizler 75 M.P.de Miranda 39 H.Dresel 130 G.M.deMunari 22 D.Dreux 28 A.V.Dem'yanov 2,39 H.-J.Drewitz 42 A.F.J.den Boggende 39 M.J.Druyvesteyn 42 A.Denis 39 D.Dube 42 D.R.Denne 39 R.D.du Bois 42,43 P.N.den Outer 141 A.I.Dudenko 80 E.Dershem 39 D.Y.Dudko 113 S.V.Desai 39 P.Duffy 43 P.C.Deshmukh 89,104,108 A.Duguet 43,46,85,86,132 S-Desi 103 A.Dullweber 43 R.Deslattes 39 M.Dummler 43 T.A.De Temple 130 A.M.Dumont 28 J-de Urquijo 39 A.-M.Dumont 28 B.I.Deutch 30 A.J.Duncan 30,64 H. Deutsch 4, 14, 40, 93 G. H.Dunn 77,93 A.M.Devyatov 144 F.B.Dunning 43,119,131 D.P.Dewangan 40 J-Dunning-Davies 32 W.Dezhen 40 C.Dupre 43,86 P. Dhez 123 A. Du(iu e t 136 T. H. V. T. Di as 4 0, 131 1. Duran 4 V-H.Dibeler 83 W-Dussa 10 W.Dietrich 40 D.Duston 43 M.Diligenti 22,153 T.L.Dutt 43 D.Dill 110 J-Dutton 13.37,43 M.Dillon 78 C-Duzy 44 M.A.Dillon 24,41,78,87 S.Dworetsky 44 J.P.Dinguirard 140 K.G.Dyall 44 A.J.Dixon 41 N.A.Dyatko 2,39,44

Ar 6 R.A.Eades 138 E.Fainelli 9 W.Eberhardt 44 F.H.M.Faisal 14 J .H.Eberly 4 F. E. Fa en I I P.J.Ebert 80 T.Falke 124 O.Echt 99 H.Falter 47 C.R.Eddy 88 X.Fan 154 J.E.Eden 78 U.Fano 47 D.L.Ederer 91 P.S.Farago 129 W.F.Egelhoff 45 F.C.Farnoux 47 E.Eggarter 45 O.Faucher 30,154 F.Egger 45 H.Faxen 47 H.Egger 91 R.Feder 47,75,76 F.Ehlotzky 45,73 S.R.Federman 47 H.Ehrhardt 7,45,86 R.K.Feeney 97 R.Eibl 86 F.C.Fehsenfeld 47 A.Ejiri 104 W.S.Felps 8 A.V.Eletskii 45 M.Felsmann 72 M.T. E If ord 4 P. V. Fe Its an 47 4 1 6 15 8 N.El Hakeem 95 R.F.Feng 71,154 N.El-Hakeem 45 J.Ferch 48 E.Ellis 45 L.J.Ferderber 80 K.Ellis 60 T.A.Ferett 89 B.El Marii 46 G.J.Ferland 143 R.El Mkhanter 46 J.M.Fernandez-Varea 48 Th.M.El-Sherbini 141 R.F.Ferusler 88 M.E.Elta 12 G.Ferrante 18 J-Ely 124 L.Ferrari 22 A.Elzer 33 C.M.Ferreira 38,40,48.50 K.G.Emeleus 46 R.Ferreira Marques A.G.Engelhardt 46 T.A.Ferrett 14,63 P.C.Engelking 46 A.Fiala 48 W.N.English 46 F.H.Field 86 C.S.Enos 73 W.R.Fielder 7 B.Eriksson 46,134 A.Filabozzi 41 P.Erman 46 D.Filipovic 48,109,134 D. D.Errett 46 M.A.Fineman 3 W.Ervens 16 M.Fink 33,48,49,72 J.Escada 50 M.G.J.Fink 49 F.Eschen 72 U.Fink 49 B.Esser 41 K.H.Finken 103 B.Etemadi 70 F.Fiquet-Fayard 49 C.J.Evans 37 O.B.Firsov 94 J .J.Ewing 4 7 0. F i s c h e r 49 H.Ezumi 47 H.Fischle 49 L.H.Fisher 56 C.W.Fabian 37 H.-J.Flaig 122 I.I.Fabrikant 47,128 M.R.Flannery 95,138 U.Facchini 33 J.Fletcher 36,49 D.W.Fahey 47 V.Florescu 41 A. FahIman 3 Y.M.Fogel I 3 Ya.M.Fogel 143

- Ar 7 - M.Follin 50 M.Gaillard 39 B.Foltz 55 M.Galan 26 V.I.Fomichev 11 L.N.Gall 142 W.C.Fon 50 A.C.Gallagher 141 S.N.Foner 50 I.W.Gallagher 6,63 J.C.Fong 24 R.Galonska 13 A. C.Fontes 3,4 J . Ga I 3 J.L.Forand 50 P.S.Ganas 53 W.K.Ford 8 B.Gao 109 L.Foreman 50 S.Gao 157 M.Forys 50 A.Gaouar 155 C.Fotakis 154 A.A.Garamoon 69 R.E.Fox 50,64 E.A.Garbaty 53 R.L.Fox 50 G.Garcia 53, 121 M.M.Fraga 50 A.B.Gardner 91 M.M.F.R.Fraga 50 J.L.Gardner 121 B.Franklin 2 W.R.Garrett 58 J.L.Franklin 86,126 A.Garscadden 90 M.Franklin 37 R.H.Garvey 57 W.Franzen 65 I.Gaty 53 G.W.Fraser 50,51 A.Gaudin 53 P.A.Fraser 3 L.A.Gavallas 53 G.R.Freeman 51,66 T.J.Gay 52,54 R.H.Freeman 51 A.G.Gaydon 33 R.S.Freund 51,123,127,136,150 M.F.Gehrke 19,112 R. Frey 6 2 J . Geiger 4 S. I.Friedman I I F. Gelebart I I 39 L.A.Fridkin 142 U.Gelius 46,133,134 G.Y.Fridlyanskii 142 S.Geltman 54,104 H. Fr i c d r i h 68 D. S. Gemm e I 1 7 2 M.S. F r i s h 5 1 T. C. Genoni 7 L.Fritsche 59.61 R.M.Georgiadis 12 S.Fritzsche 145 J.B.Gerardo 54 G. Fronzoni 38 G. N. Gerasimov 54 D.C.Frost 51 S.A.Gerasimov 54 L. S. F r o s t 5 1 K. Gerdom 54 J . F r a r 5 1 W. E. Ge r i cke 54 C.Fuchtbauer 51 I.Gertner 15 K.Fujii 51 L.Gerward 54 B.K.Fujikawa 63 A.S.Ghosh 37 J.Fujimoto 51 F.A.Gianturco 55,86 T. N imoto 2 6 C. T. Gibsoii 15 K.Fukuda 52 G.Gibson 55 T.Fukuyama 106 J-C.Gibson 55 O.T.Fundingsland 112 J.R.Gibson 55 J.B.Furness 52.88 R.Gijbels 19 J.E.Furst 52,54 E.Gilberg 55 I.Fuss 52 H.B.Gilbody 88,95 J.M.Gingell 102 F.X.Gadea 13 J.L.Giuliani 37 H.Gaertner 52 R.E.Gleason 76

- Ar 8 - H. S. GI ick 5 5 R. E. Gro jean 5 8 I.I.Glotov 55 B.Grosswendt 24,58 E.Y.Gnatchenko 113 Z.-B.GrOUD 82 E. W. Godbole 75 N. Gruen 3 C.L.Godinho 3 A.N.Grum-Grzhimailo 10,25.58 C.F.L.Godinho 4 R.Grunberg 58 K.Godling 91 H.Grundel 130 V.A.Godyak 56 R.F.Gruzdev 59 V.E.Golaut 56 M.Gryzinski 59 A. Gold 3 N. Gu II ey 9, 1 5 8 D. E.Golden 2 6 R. J. Gu I I ey 5 5 J.E.Golden 56,128 X.Guo 29 K.S.Golovanivsky 56 G.Gupta 65 Yu.B.Golubevskii 7 S. C. Gu p a 59 Yu.B.Golubovski 56 S.K.Gupta 61 R. Gomez 37 M.V.Gur'ev 133 Y.Gong 133 D.V.Gurevich 3 .Goodart 2 2 M.A. Gus i now 54 A. Goodings 37 Yu.K.Gus'kov 59 A.Govalan 20 M.S.GODinathan 126 T.Haag 26 M.Goppert-Mayer 56 H.Haberland 59 N.A.Gorbunov 57 R.Haberland 59 T.W.Gorczyca 16,58 G.N.Haddad 59.121 Yu.S.Gordeev 2 D.W.O.Heddle 32,33,63 E.B.Gordon 57 D.H.Hadison 52 T.W.Gorezyca 57 A.Haffad 16 V.N.Gorshkov 17 Z.A.Hafidh 60 F.Gossler 51 R.Hagemann 53 C.Goto 52 O.F.Hagena 47 B.Gots 123 H.D.Hagstrum 60 D.Graf 57 Y.Hahn 60 W.J.Graham 57 N.Halberstadt 13 B. Granitza 4 R. Hall 9. 4 I.P.Grant 13,44 R.I.Hall 60,79 D.B.Graves 57,133 R.Hallin 148 D.P.Grechukhin 57 J.M.Hammer 60 A. E. S. Green 6 3 7 2 2 4 7 P. Hammond 3 26,35,61,105 M.C.Green 58 A.Hamnett 23.61 A.E.Greene 58 J.E.Handen 2 F. T. Greene 58 W.Ha I 6 J. Gresser 3 0, 2 G. C. Hanna 46 S.A.Gribovskii 91 G.F.Hanne 43,61,72,140 F. Gr i e s e r 34 J. E.Hansen 6 64, 8 1, 2 9 9 29 D.C.Griffin 58 M.J.Hanus 55 T.C.Griffith 30 S.Hara 106 F.A.Grimm 28,34 R.Harberland 61 M.G r i n 58 J. E. Hardis 3 R. Grisent i 1 7 P. W.Harland 6 1 4 J.T.Grissom 58 S.A.Harris 140 J.Groh 58 A.G.Harrison 61

- Ar 9 - D.E.Harrison 75 J.E.Hesser 95 K.G.Harrison 136 G.R.Heyland 30 M.F.A.Harrison 41 A.E.D.Heylen 64 P. Hartmetz 1 24 A. Hi b b e r t 5 0, 64 H.L.Hartnagel 60 W.M.Hickam 64 T. W.Hart(iuist 6 P. J. Hicks 1 2 I.B.Hasted 62 P.R.Hilton 64 Y.Hatano 94,133,138 A.Hiltunen 64 C.Hattig 132 A.Himoudi 155 S. Hat ori 62 W. Hink 7 7 1 7 E.Haug 16 J.A.Hipple 132 T.Hayaishi 60,62,139 R.Hippler 30,64,65 T.Hayakawa 62 E.Hirota 154 M.Hayashi 62 Y.K.Ho 74 S.Hayashi 62 R.M.Hobson 10 H.Hayashii 51 M.Hochlaf 79 T.R.Hayes 150 P.S.Hoeper 65 H.Hda 36 R.Hoffmeyer 110 C.E.Head 78 D.Hofsaess 65 O.Heber 15 W.Hogervorst 142 Ch.Heckenkamp 62 D.M.P.Holland 65,130 D.W.O.Heddle 32,33.63 J.K.Holmes 147,149 H.G.M.Heideman 29,38,141 T.Holstein 65 P.A.Heimann 14,63,89 J.Holtsmark 47,65 J.Heinesch 102 S.P.Hong 65 J. Heintze 49 S. T. Hood 65,89,90,149 U.Heinzmann 62,63,122 J.W.Hooper 97 A.P.Heison 63 A.N.Hopersky 65,133 Y.Helbig 105,122,151 J.Horacek 84 K.Helenelund 133 T.Horie 78 T. M.Helliwell 1 37 J. Hormes I 0 84 H.Helm 63,132 S.Hornemann 140 0. Hemmers 4 6 F. A.Horrigan 31 M.A.Hender 96 J.Hoszowska 42 A.Henins 39 H.Hotop 20,66,74,112,124,149 B.L.Henke 63 Q.Hou 66 W.Henkes 47 R.G.Houlgate 65.66 W.Henneberg 63 S.Howell 2 R.J.W.Henry 30 R.J.Howerton 66 J.Herbak 63,134 K.-N.Huang 31,66,71 U.Hergenhahn 90 S.S.S.Huang 66 R.R.Herm 144 J.H.Hubbell 66 Z.Herman 29 B.A.Huber 66,81,149,152 D.Herrmann 72 P.Huber 34 0. Herrmann 63 M. J.Hubin-Franckin 85 N.Herschbach 20 W.Hubner 66 I.V.Hertei 6 J.E.Hudson 140 M. P. Hert lein 63 A. Huetz 26 B.A.Hess 132 R.E.Huffman 67.88 G.G.Hess 86 A.L.Hughes 67 K.H.Hesselbacher 45 I.G.Hughes 88

Ar 1 - S. HUI d t 4 6 R. H.Jansen 7 A. M.Hunter 7 R. H. J. Jansen 9, 3 3 W.M. Hu 67 G. Janzen 70 G-S-Hurst 21,146 A.Jaron 45 N.S.Hush 64 J. Jauhiainen 2 M.Husssain 67 R. Jauregui 26 R.Huster 67,149 J.Javanainen 45 P.Hvelplund 30 J.-P.Jay-Gerin 113 H. A. Hyman 1 5, 4 4 6 7 68 Z. M.Jelenak 70 B. M.Jelenkovic 7 0, 9 2 2 1 1 5 4 I.T.lakubov 8,68 G.M.Jellum 133 G. E. Ice 7. 2 2 J. G. Jenkin 75 A-Ida 155 B.-H.Jeon 70 I.Iga 68,105 G.Jesion 74 Y.Iguchi 104 W.P.Jesse 71 W. Ihra 68 Q. Ji 71 Y. Iketaki 6 8, 69, 3 3 L. Jiaming I 4 N.Ikuta 139 W. Jitschin 64 E.Illenberger 32 C.J.Joachain 27,71 K.Imre 105 H.W.Jochims 44 M.G.Inghram 144 U.Johann 91 M. Inokut i 2 4, 38, 4 5 6 , 78, 2. 93 T. L. John 71 A. F. loffr 5 R. M. St. John 87 D.J.G.Irwin 69 C.E.Johnson 141 S.Ishi 74 L.P.Johnson 71 T.Ishihara 101,148 T.H.Johnson 71 H. Ishi i 69 W.R. J ohn s on 31, 4 9, 66 7 09 F.A.Iskanderov 8 D.D.Johnston 136 1 . A. I s ma i 1 69 1 . J I I Y 7 G.Isoyama 62 A.E.Jonas 28 Y.Itikawa 68.69 D.W.Jones 72,103 K.Ito 60,69,92 E.G.Jones 61 H.Itoh 122 H.A.Jones 86 B.A.Ivanov 145 S.Jones 72,91 Y.A.Ivanov 69 T.G.Jones 55 V.K.Ivanov 5,6 G.Josifov 85 T. I wa i 78 K. J o s t 7 2 S.Iwata 69 B.Joulakian 36 I.A.Izmailov 37 J.Jovanovic 112 A.Jowko 50 C.H.Jackman 57 D.C.Joy 24 J.H.Jacob 69 O.Judd 72 F.M.Jacobsen 30 D.L.Judge 28 T.Jacobson 105 K.Jung 45 A-Jaegle 43 M.Jung 8,72 G.Jager 70 B.R.Junker 128 A.Jain 70,73 D.H.Jakubassa-Amundsen 70 N.M.Kabachnik 10,11,15,72,90,139 G. K. James 2 S.P.Kabanov I I I R.K.Janev 4 A. P. Ka bi Ian 56 W-Jans 70 M.Y.Kabonov 41

- Ar 1 - K.Kadota 72 H.P.Kelly 28,75,109,113,152 H.Kafrouni 140 R.L.Kelly 75 Yu.M.Kagan 53,56,72,73 P.C.Kemeny 75 Y. Kageyama 6 2 F. Kempe r 7 5, 76 R. Kajikawa 5 1 D. J.Kennedy 76 9 3 V.P.Kalanov 73 R.E.Kennerly 76 E.Kallne 123 C.Kenty 76 E.Y.Kamber 73 H.G.Kerkhoff 14,63 J.Z.Kaminski 45,73 J.A.Kernahan 69,76 M.Kamm 149 L.Kerwin 67,76,97 H.Kanamori 154 J.Kessler 43,48,63,76 0. Kand I e r 9 9 1 .W. Ke to 76 Y.Kaneko 72,73,107 L.Kevan 15 F.Kannari 73 A.D.Khakhaev 72,73 S.S.Kano 88 M.A.Khakoo 35,76,77 I.Kanomata 107 V.D.Khalimulina 130 E.P.Kanter 72 P.Khan 37 D.Kantor 89 S.P.Khare 77 P.C.Kapple 37 A.S.Kheifets 6,77 V.Kara 109 V.V.Khmelenko 57 K.R.Karim 70.73 M.A.Khodorkovskii 157 Kh.R.Karim 7,73 I.V.Kholin 140 I.Karle 74 A.L.Khomkin 77 L.Karlsson 148 A.N.Khoperskii 87 W.L.Karras 105 A.G.Khrapak 68 J.Karvonen 2 N.A.Khromov 81 G.Karwasz 134,157 S.N.Khvorostovskii 73 G.P.Karwasz 25,27,74,134,157 MA.Kibel 77 E.Kaslahn III L.J.Kieffer 14,52,66,77,78 G.B.Kasting 110 K.P.Killeen 78 T-Katayama 69 Y.-K.Kim 67,78 T.Kato 136,137 Y.S.Kim 29 Y. Kato 74 A.Kimura 7 H.Katori 74 D.W.Kimura 73 E.A.Katrunova 143 Ma.Kimura 78 R.Kau 74,124 M.Kimura 24,68,78,82 W.E.Kauppila 42,74 P.I.Kindlmann 15 S.Kaur 74,75 D.B.King 78 T. Kawai 80 G. C.King 9. 3 2 2 6 3 2 3 7 6 6 , M.Kawamura 47 79,101,116,158,159 M.Kawasaki 82 A.Kingston 79 P.A.Kazaks 75 A.E.Kingston 79,88 S.A.Kazantsev 75 R.C.Kirkpatrick 79 M.Keane 90 J.Kirz 155 P.Kebarle 75 O.Kiselev 79 W.Kedzierski 75 I.Kissel 158 R.A.J.Keiiser 145 J.Kistemaker 124,125 P.K I f v e 3 7 K. Ki t a mo r i 7 9 D.E.Kelleher 151 B.Kivel 79 N.Keller 88 D.Kivelson 137 S.Keller 75 A.Kivimaki 2,103,120

- Ar 12 - T. Kiel daas 64 K. Kouzuma 3 9 H.Kieldsen 79 A.Kover 82 D.Klar 124, 149 T.Z.Kowalski 82 H. KI a r 64 K. Kowa r i 68, 78, 2 P.Kleban 50 A.Koyama 82 E.Klein 67 I.V.Kozhevnikov 11 F. S. Ki e i n I 3 G. 1. Koz I v 2 H. KI e i npoppe n 18 3 , 6 4 11 5 G. Kracke 2 E.D.Klema 79 T.Kraft 124 W.Klemperer 51 I.Kraicar-Bronic 78 E.M.Kleshkov 142 B.Krassig 72,81,82 C. KI e t t 6 6 B. Kraus 12 2 23 L. E.Kline I 0 8 M.O.Krause 2 , 3 3 1 3 J.Z.Klose 79,80 M.Krauss 83,149 M.Klose 140 V.D.Kravtsov 91 H.Knudsen 30,109 J.Kreil 83,149 E.L.Knuth 152 I.R.Krekovsky 99 V.A.Knyazev 41 J.Krenz 83 H.Kobayashi 78 E.Krishnakumar 83 A.Kober 63 J.M.Krishner 83 P.H.Kobrin 80 H.Kruger 149 V.A.Kochelap 37 A.A.Kruithof 83,142 I.Kochetov 3 S.Krummacher I I.V.Kochetov 2,39 G.Kruppa 70 A.G.Kochur 80 M.Kryszewski 135 M.Kock 10,151 A.Kshirsagar 110 S.M.Koeckhoven 80 Y.Kuang 41 H.A.Koehler 80 M.Y.Kuchiev 5 A.M.Kohler 117 M.YuAuchiev 5,83.84 W.E.Kohler 126 K.Kuchitsu 62,106 F.Koike 68 H.N.Kucukarpaci 84 T.Koizumi 106 U.Kuetgens 84,145 R.Kollath 80,115,116 E.Kugler 61 N.B.Kolokelov 73 M.Kuhne 70 A.P.Komar 145 V.I.Kukulin 84 L.L.Komarova 56 A.Kumar 77,84 T.Kondow 80,106 V.Kumar 132 A.A.Konkov 80 I.A.Kunc 59 S.H.Koozekanani 80,81,131 A.Kundu 84 M.Kopric 81 O.K.Kunimori 80 R.L.Kornblith 151 T.Kunst 84 V.V.Korobkin 81 H.Kuntzemuller 123 A.V.Korol 81 T.Kunz 104 V.A.Korolev 145 V.A.Kui)chenko 5,6 A.I.Korotkov 81 A.Kuppermann 84 H.Koschmieder 115 S.E.Kupriyanov 84,133 H.R.Koslowski 81 M.Kupsch 14 H. Kossmann 8 1 M.Kurachi 84 04 G.F.Koster 22,131 M.Kurepa 85,109,144 T. C.Kotze 3 3 M.V.Kurepa 8, 84, 85 4 6 K.Koura 81 H.D.Kurland 83

- Ar 13 - M.J.Kushner 106 M.Lecas 46 E.J.Kuster 75 R.C.G.Leckey 75 N. N. Ku t s ina 1 6 D. Lecler 7 M.Kutzner 85 S.Lederman 37 C.E.Kuyatt 29,85 M.Le Dourneuf 71,87 V.V.Kuznetsov 41 C.M.Lee 71,114 C.K.Kwan 42 C.-M.Lee 87 J .Kyles 27 C. S. Lee 35 T. KY I I i 64 E. -M. Lee 21 J.S.Lee 153 G.Laaricchia 109 L.C.Lee 28 R. W.Labahn 53 M.-T. Lee 68, 105 P.LablanQuie 79.85 P.Lee 63,87 P.Laborie 85 Y.T.Lee 105 S.Y.Lavrentev 87,133 D.Lefaivre 87 M.E.Lagus 19 M.Legentil 23 R.Lagushenko 85 E.S.Leherissey 127 B.M.Lagutin 85,87,133 H.Lehrke 87 A.Lahmam-Bennani 9,17,43,46,85, L.Lei 114 86,136 T.Leisner 99 M.Lahmani 49 C.J.Lenander 87 P.Lambropoulos 30,140 P.E.A.Lenard 1,88 M.Lamoureux 47 F.I.Leng 77 P.Lamp 20,86 M.A.Lennon 15.88 F.W.Lampe 14.86 P.Lenz 123 D.A.Landman 86 D.Leonhardt 88 N.F.Lane 106 J.Lerme 110 R.Lang 91 W.Lessmann 33 B.Langer 14,16,63,101 G.Levin 113 G.Langhans 122 J.C.Levin 7.88 L.Langhans 7,86 N.E.Levine 88 H.Langhoff 104 M.E.Levy 88 I.Langmuir 86 B.R.Lewis 88 G.Laricchia 30,82,103 T.J.Lewis 64 F.P.Larkins 44 G.P.Li 88 S.F.J.Larochelle 86,87 I.S.Li 5 J.C.Larrabee 67 J.Li 66,75,88,91,157 I.D.Latimer 87 T.Z.Li 24 Z.Z.Latypov 84 Z.-G.Li 88 C.Lauenstein 13 Y.Liang 89 S.Lauer 85,87 D.A.Liberman 41 C.Laure 14 W.Lichten 89 R.E.LaVilla 39 H.Liebel 85.87 M.Lavollee 79 J.Liedtke 91 S.Y.Lavrentev 87,133 P.B.Liescheski 29 V.M.Lavrov 2 J.Liesegang 75 G.M.Lawrence 87 C.Lifshitz 89 S.A.Lawton 130 F.A.S.Ligthart 145 S.Lazarescu 89 D.Lilienthal 25 E.Leber 20 L.Lilieby 88 T.LeBrun 8,34,72 R.A.Lilly 89

- Ar 14 - C. C. Lin 11, 19, 31, 32, 76, 89, 112, 122 A. V. Lyash 4 2 43 C. D. Lin 71 9 L. Lyn 21 SA.Lin 89,133 M.J.Lynch 91 I.Lindau 155 F. Linder 89, 9 4 1 50, 151 C. Ma 18, 37 4 , 91 9 2 D. W.Lindle 4 6 28, 3 4 6 3 80, C. -M.Ma 91 88,89,97 C.J.MacCallum 117 B.G.Lindsay 132 M.A.MacDonald 8,34,60,152 L-Lipsky 34 L.E.Machado 35 A.Lisini 38,132 K.Maciag 134 V.A.Lisovskiy 89 R.G.A.R.Maclagan 140 G.G.Lister 89 R.P.Madden 91 J.Liu 157 D.H.Madison 12,72,91,92,94,147 L.Liu 66 K.Maeda 92 S.H.Liu 14,63,89,97 H.Maezawa 139 A.E.Livingston 69 B.Magel 101,123 J.A.Llewellyn 128 A.I.Magunov 10,11 C.R.Lloyd 89,90,127 B.H.Mahan 105 N.M.Lobasheva 127 M.Mahgerefteh 52 M.Loewenstein 131 H.Maier-Leibnitz 92 D.Loffhagen 90 G.Mainfray 9,92 A.V-Loginov 59 T.Makabe 92,107 B.Lohmann 15,26,29,90,136 I.V.Makasyuk 69 A.V.Lomonosov 57 Yu.I.Malakhov 92 L.A.Lompre 9 G.Malamud 92 W.H.Long 90 L.Malaspina 39 A.Longstreet 108 I.C.Malcolm 37.92 S.N.Lopatin 144 C.Malesset 18 R.G.Lord 90 B.S.Malone 92 R.Lorenzo 4 C.M.Maloney 92 ]Aos 146 G.N.Malovic 92 J. R.Losee 90 D. D. Malyuta 2, 144. W.Lots 90 G. Mambriani 22 JAoureiro 48 S.K.Mandal 37 J.J.Lowke 90 A.Mandle 92 E. D-Lozanskii 90 F. Manero 53 K.T.Lu 87,91 J.A.Mangaro 69 Y.Lu 60 A.Mann 151 C. B. Lucas 91 S. T.Manson 76. 89, 93, 103, 104, 107, 117 1. Lucas 2. 3, 84,86 C. Manus 92 S.P.Lucey 116 A.Menzel 14 L.A.Luizova 73 Z-P.Mao 91 T.S.Luk 55,91 P.Maragakis 30,140 D.Lukic 85 N.H.March 51 A.P.Lukirskii 91 P.Marchand 93,142 R.W.Lunt 46 V.S.Marchenko 93 B.F.J.Luyken 91 D.Marger 124 H.J.Luyken 70 JAargerise 57 R.I.Lyagushchenko 56,72 D.Margreiter 40.93 A.G.Lyalin 81 B.Marinkovic 109 H.Mark 30,31

- Ar 1 - T. D. Mark 40, 45, 50, 63, 93, 94, 132, 153 J C.McGowan 97 P.Marmet 19,76,87,93,94 J.W.McGowan 146 F.F.Marmo 28 J.Wm.McGowan 97 G.V.Marr 65,66,91,94,150 I.McGregor 64 N.Martensson 46,134 J.H.McGuire 56,128 A.R.Martin 94 B.I.McKenzie 13 B.Martinez 122 D.R.A.McMahon 128 J.D.Martinez 120 J.H.McMillen 67.97 I.Martinson 46 A.McPherson 97 K.E.Martus 94 D.A.McPherson 97 Yu.V.Martynenko 94 L.J.Medhurst 63,89,97 V.D.Marusin 19 C.A.Meek 46 Y.Masatani 51 W.Mehlhorn 1,67,98,119,149 C.Masche 48 J.Mehr 98 E.A.Mason 89,140 H.A.J.Meiier 124 N. J. Mason 9 4. 1 2 H. M.Meiners 98 H. S.W.Massey 2 6, 94 L. V. Meisel 98 S.Matayoshi 156 H.J.Meister 98 E.Mathieson 45,50,51-95 W.Melhorn 32,33 R.F.Mathis 95 A.S.Mel'nikov 57 D.Mathur 95 C.E.Melton 98 T.A.Matilsky 95 L.B.Mendelsohn 98 T. Matsui 60 A. J.Mendez 98 S.Matsuoka 139 G.D.Meneses 35,108 S.Matt 3,40 X.-K-Meng 90 J.A.D.Matthew 155 J.E.Mentall 98 I.S.Mattos 3 G.Mentzel 85 L.Mattsson 148 G.N.Mercer 15,98 D.V.Maxey 32 H.J.H.Merks-Eppingbroek 27 J.Maya 85 A.L.Merts 33 H. F. Mayer 95 P. H.Metzger 98 S.Mayer 95 J.Meyer 105 F.Mayol 120 M.Meyer 99,145 R.Mayol 48 M.Meyyappan 99 J.Mazeau 126 L.Michalak 110 M.A.Mazing 95 W.Miehle 99 P.McCallion 95 S.R.Mielczarek 85,128 D.McCammon 11 B.Mielewska 159 K.J.McCann 95 Y.Mikawa 126 I.E.McCarthy 9,25,52,65,95,96, U.Mikkelsen 109 100,140,148,149 E.Mikkola 99 J. W.McConkey 14 3 , 37, 50, 5 1, 5, A. Mikuni 62 76,92,96,105,136, V.N.Mileev 99 138 4 4 7 1 7 V. M.Mi I e n i n 73 D.L.McCorkle 32 B.M.Miles 151 K.E.McCulloh 96 B.S.Milic 158 M.R.C.McDowell 22,96 D.L.Miller 134 C.A.McDowell 51 D.R.Miller 38 R.P.McEachran 2 74, 75 9 , 97, 9 9, J. M.Mi I I e r 99 130,155,159 H. B. Mi I I oy 99 S.P.McGlynn 8, 1 9 J. G. C. Mi ne 37

- Ar 16 - T.A.Milne 58 P.A.Moskowitz 31 D.J.R.Mimnagh 99 K.Motohasi 139 M.Minic 144 F.Motte-Tollet 102 R.Minkowski 99 H.R.Moustafha-Moussa 125 L.Minnhagen 100 J.Moxom 103,109 A.M.Mirzabekov 73 A.Mozumder 103,137 T.M.Mishonov 18 A.Msezane 103 H.P.Mital 29 A.Z.Msezane 6,16,31 A. C. G. Mi t che I I I D. Mu e II e r 2 J.F.B.Mitchell 27 D.W.Mueller 56 P.Mitchell 100 T.Mukoyama 154 T.K.Mitra 100 Th.F.A.Mulder 150 J Mi t r o 2 6 1 00 D. R. Mu I I ins 2 8 3 4 L.K.Mitryukhin 81 H.G.Muller 63 A.A.Mityureva 100,101 K.G.Muller 87,103 T.Miyazaki 139 M.Muller 123 J.Mizuno 101,148 W.O.Muller 103 C.mnus 9 D.R.Mullins 28.34 B.Mobus 70,101,123 D.E.Murnick 103 W.E.Moddeman 28 P.W.MurDhy 103 K.A.Mohamed 101 M.J.Murray 88 C. B. 0. Mohr 94, 1 01, 1 05 J. Mursu 2. 64, 1 3 B. L.Moiseiwitsch I 2 J. Musielok I 3 E. Mol ins 2 K. Musiol 103 H.Moller 102,124 K.S.Mustafin 72 N.H.Moller 102 S.P.Moller 109 A.N.Nadan III R.Molof 29 S.Nagakura 69 J.J.Monaghan 102 G.P.Nagy 61 P.Monot 9 L.Nagy 103 C.E.Moore 102 P.Nagy 61,103 P.G.Moore 49 T.Nagy 103 T. J.Moratz 1 06 S. N.Nahar I 4 E. Morenzoni I 9 S. Naka i 104 D.V.Morgan 102 Y.Nakai 104 E.J.Morgan 102 Y.Nakajima 82 R.D.Morgan 98 M.Nakamura 62,104,106 W.L.Margan 102 Y.Nakamura 70,84.104 R.Morgenstern 141 H.Nakanishi 104 I.Mori 106 N.Nakano 92 T.Mori 92 B.H.Nall 50 P.Morin 1,85 Y.Nambu 65 Y.Morioka 60,62,69 T.Namioka 69 K.Morita 133 B.C.Nandi 3 Yu.G.Morozov 158 A.P.Napartovich 2,39,44 I.Morrison 100 U.Narain 29 J.D.Morrison 42,71,102 G.Nasreen 89,104 R.D.Morrison 102 N.Nath 2 P.M.Morse 3 F.Y.Naumkin 104 E.J.Morton 84 R.M.Nayak 77 F.A.Moscatelli 103 V.N.Nechaev 156

- Ar 17 - S.Neeser 104 M.Ohwa 106 D.R.Nelson 104 K.Ohya 106 I.Nenner 85 P.C.Ojha 106 D.Neri 21 T.Okada 107 R.K.Nesbet 104 K.Okazaki 107 K-F.Ness 22 S. Okuda 6 5, 1 7 Yu.E.Nesterikhin 3 S. Okudaira 107 H.Neu 104 J.Olmsted HI 107 Y.G.Neudatchin 156 T.N.Olney 107 W.R.Newell 94.96 H.N.Olsen 107 A.S.Newton 107 L.A.R.Olsen 23 C. Y. Ng I 0 5 J K. 01 thof f 115,116 E. W.Ng 20 T. F.O'Malley 9 1 7 1 2 A.J.C.Nicholson 42,102 K.Onda 138 K.P.Nick 105 W.Ong 107 J.C.Nickel 105 T.Onishi 80 F.H.Nicoll 101,105 Y.Oono 107 A.Niehaus 66,105,141 C.B.Opal 108 R.A.Nielsen 105 A.L.Osherovich 17,143 M.Nishida 78 T.Oshio 104 H.Nishimura 105 S.Oss 157 Y. Ni shimura 107 M. Otsubo 3 9 C. J.Nobel 52 W. 0 t o 70 H.Noda 69 J.W.Otvos 108 R.A.Nodwell 105 A.E.Ovechkin 143 J.Noffke 59,61 H.Ozaki 51 J.C.Nogueira 68,105 G.NoIte 113 V.E.Panchenko 41 E.Nommiste 2,103,120 J.L.Pack 108 J.Nordgren 112 B.D.Padalia 77 S.Nordholm 64 N.Padial 108 C.Nordling 112 N.T.Padial 36 K.-E.Norell 148 R.Padma 108 C.Noren 105,157 I.Pages 140 G.E.Norman 17 J.M.Paikeday 108,109 C.E.Normand 105 B.K.Pakhtusov 3 R.Novick 44 A.F.Pal' 39 H.Nubbemeyer 105,106 V.Palladino 109 G.L.Nyberg 77 K.Paludan 109 P.A.Pal'yanov 41 J.K.O'Connell 106 C.Pan 109 N.Oda 138 R-Panajotovic 109 S.Ogata 106 G.Ju.Panasiuk 73 I.Ogawa 106 S.R.Pandya 109 M.Ogawa 28, 149 A.Pansky 92 G. L.Ogram 10 W. -F. . Papp 109 G.N.Ogurtsov 106 C.Paquet 93 M. Ohnishi 1 3 6 J. Parellada 20 M.Ohno 10,106 F.Parente 22 S.Ohshima 106 B.Paripas 109 S. Ohtani 154 J. H.Parker 9 0 4

- Ar 1 - W.F. Parks 4 7 R. B. Pi ak 6 F.A.Parpia 109 A.N.Pilyankevich 113 A.C.Parr 33,130 M.S.Pindzola 58,113 L.G.Parratt 110 M.Pinheiro 48 R.Pascual 96 E.H.Pinnington 76 H.Patana 2 Yu.A.Piotrovskii 156 R.K.Pathak 110 R.Y.Pirogovskii 8 S. H.Patil 110 L. C.Pitch 13,15,48,112 A.V.Pavlitchenkov 156 L.C.Pitchford 13,15,112 G.Peach 110 C.G.Pitt 113 J.L.Peacher 110 F.Piuz 113 R.F.W.Pease 24 A.Plain 14 W.B.Peatman 110 H.Platten 113 Wm.B.Peatman 119 I.Platzner 113 V.Peicev 109 B.Plenkiewicz 113 V.M.Peicew 85 P.Plenkiewicz 113 A. P e I c I I P. P I e s s i s 35,96 V.Pelikan 144 W.E.G.Plumtree 2 M.Pellarin 110 A.Pochat 21,118 F.Penent 79 I.V.Podmoshenskii 3 B.M.Penetrante III W.Poffel 123 N.P.Penkin 11,100,101 P.S.Pogrebnjak 143 F.M.Penning 42,83 P.S.Pogrebnyak 113 1 Peres I I 1, 26 V. Pol 74 M-Peres 89 S.Polenz 123 J.Peresse 111,139 A.Policarpo 50 A.A.Perov 84,111 A.Ya.Polischuk 113 W.Persson 2,61,82 I.M.Polushkin 113 W.K.Peterson 108 Y.N.Pomerantsev 84 A-Pery-Thorne III F.C.Pontes 4 R.Peterkop III R.T.Poole 75 J.R.Peterson 10,111 C.H.Popenoe 114,128 L.R.Peterson 57,111 Tc.K.PoPov 18 B-Petersson III V.A.Popov 65 D.Petrini III Yu.V.Popov 46 I.D.Petrov 74.85,87,112,124,133 S.H.Pordes 37 S.Ya.Petrov 54 L.E.Porter 24 E.B.Pefrova 142 J.0-Porteus 114 Ts.Petrova 15 V.G.Potyomkin 92 Z.Lj.Petrovic 21,70,92,112,145 M.R.Poulsen 30 L-Pettersson 112 M.M.Povch 48 S.-G.Pettersson 2 K.Prasad 114 S.Pfau 112,119 S.S.Prasad 114 R.A.Phaneuf 137 R.H.Pratt 13,41,114,158 A. V. Phelps 46, 5 1, 1 08, 1 2 2 30, 4 W. Prepej chal I 7 B. A. Phi II i Ps 95 F. J.Preston I 4 L. F. Phi I I i Ps 1 5 . A.Pres ton 3 5 96 M.N.Piancastelli 63,89 R.C.Preston 114 F.M.J.Pichanick 112 B.A.Prew 3 V.V.Pichugin 39 S.D.Price 114 G. A. Piech 9 1 2 M. P r i n s 29

- Ar 19 - O-Prokofiev 79 A.D.Richards 117 A.Prytz 118 R.W.Richardson 117 V.Puech 22.23,114 I-Richter 26,117 J-Puerta 54,149,152 M-Richter 99,130 R. Pu kkinen 2 S. R 109 H.Pummer 91 D.Riede 61 I E. Pu rce II 6 2 2 F. F. R i eke I 7 P.H.Purdie 36 W.Riemann 117 M.E.Riley 117,118 H. Qing I 4 D. E. R i o 7 Z. Qi ng 4 4 S. R o u a 2 1, I C. Qua r I es 1 2 6 I S. Ris I ey I 1 8 4 J.J.Quemener 19,94 J.A.Roberts 51 A.G.Robertson 99,118 L-L-Rabik 142,143 F.Robicheaux 57 K. Rad I er I 4 B. B.Robinson I V-Radojevic 6,81,109 E.J.Robinson 118 S.B.Radovanov 115,145 R.B.Robinson 103 L.M.Raff 84,115 R.E.Robson 89,118 M.Pahler 145 J.M.Rocard 85 D-K-Rai 119,138 A.Rochat 118 V. Ra ib I e I I Roder I 8 W-Raith 48,124,128 J.A.Rodriguez-Ruiz 55 D. Rai 7 7, 1 1 5 H. Rojas 9 P-Ramanantsizehena 30 V.I.Roidugin 8 C.Ramsauer 115,116 M.Y.Romanovsky 81 P.Ranson 141 S.J.Rose 13 M. V. V. S. Rao 11 6 D. Rosen I 3, 1 51 I-Rasch 116,118,136 D-Rosenthal 113 L.P.Razumovskaya 116 F.Rosicky 75,76 F. H. Read 1 3 2 , 2 6 3 , 6 1, 7 9, B. Rosner 15 101,116,158,159 G.S.Rostovikova 118 P.A.Readhead 116 M.Roteta 53 R.E.Rebbert 116 A.F.Rothenberg 37 T-J-Reddish 36,46 M.Rouault 43 D.L.Redhead 80 B.Rouvellon 118 R.Redmer 117 D.Rowe 63 J. A. Rees 5 5, 9. 85, 99, 30 A. C-Roy 3 6, 1 1 8, 1 19 R.M.Reese 83 B.N.Roy 84,119 D.F.Register 105 D.Roy 42,119 D. D. R e i d I 1 7 M.E.Rudd 4 2 4 3 R.F.Reilman 103,117 R.I.Rudko 119 C.O.Reinhold 147 P.S.Rudolph 98 R-Reininger 117 M.W.Ruf 105 G. Rei s f eld 8, 1 1 7 M.-W. Ru f 2 0. 24, 14 9 P.Remault 132 A.J.Ruhlig 57 E.Yu.Remeta 117 R.D.Rundel 119,131 J.F.Rendina 58 K-Rupnik 8,117,119 K-Reymann 122,123 M.Rusch 119 C.K.Rhodes 55,91,97 A.Russek 119 A. Rica rd 3 8 4 M.L. Ru s t g i 138

Ar 20 - O.P.Rustgi 119 N.Schade 122 A.Rutscher 112,119 F.Schafers 62,63,122 P.M.Rutter 60 M.Schaper 122 T.Ruzicka 119 R.S.Schappe 31,122 K.Rzazewski 45 K.-H.Schartner 70,85,101,122,123, O.S.Rzhevsky 57 133 L.D.Schearer 47 A.B.Sa 48 R.M.Schectman 47 B.Sadoulet 109 H.Scheibner 14,112,122 K.Saeed 64 M.Schein 39 V. 1. Saf in 99 E. Schenuit 58 T.Sagawa 104 J.A.Schiavone 123,136 M.Sagurton 102 R.N.Schindler 125 H.P.Saha 119,120 G.Schiwietz 113 V.Saile 117 A.S.Schlachter 10 0. -P.Sairanen 2, 6 4 03, 20 E. W.Schlag 62 N.Saito 120 D.Schluter 123 T.Sakai 69 B.Schmidt 49,84,123 Y.Sakai 79,120,122,132,135 L.D.Schmidt 50 S.Sakamoto 120,135 V.Schmidt 1,81,82,103,123 V.Saksena 77 A.Schmillen 61 T. Sakurai 6 A. Schmi t t 2 4 E. Salesky 92 U. Schmi t z 124 M.Salete Leite 50 H.Schmoranzer 85,87.101,123,124,133 F.Salvat 48,120 B.I.Schneider 124 E.Salzborn 14,127 H.W.Schnopper 124 V.P.Samoilov 118, 121 G.Schoenhense 122 J.A.R.Samson 27,28,121.149 S.Schohl 124 L.Sanche 121 S.Schonberger 157 J.A.Sanchez 18,121,122 E.Schonheit 124 N.Sandner 1,123 G.Schonhense 63,122,124 W.Sandner 67,122 D.M.Schrader 104 D.F.Sangster 34 B.L.Schram 124,125 M.Sant ini 2 0 2 D. C.Schram 1 2 1 6 M.E.Sarakinos 30 A.Schramm 20 T. Sasaki 3 9 C. J.Schrijver 39 M.Sasanuma 104 H.Schroder 30,140 G.E.Sasser 30 K.Schrodter 25 A.Sasso 25 C.Schroter 46 S.Sato 104 E.Schubert 45 Y.Sato 139 U.Schucker 70 K.Satoh 122 M.B.Schulman 122 M.C.Sauer 34,148 E.Schultes 125 R.V.Savvov 59 G.Schultz 30,125 S.Sawada 120,122 M.Schulz 45 T.Sawada 122 P.Schulz 51 H.H.Sawin 117 R.Schumacher 125 R.P.Saxon 38.68 J.Schutten 125 I.P.Sazhina 72 W.H.E.Schwarz 125 A.Schach von Wittenau 97 O.Schwarzkopf 82 K.Schackert 122 A.Schweig 83

Ar 21 - D.W.Schwenke 131 L.A.Shmaenok 101,130 J.H.Scofield 125 P.Shobha 77 D.A.Scott 125 R.T.Short 88 N. S. Scott 1 5, 3 7 0. B.Shpenik 47, 81, 28, 1 6 1 7 M.J.Seaton 125 H.A.Shugart 141 R.J.Seebock 126 J.B.Shumaker 35,114,128 P. Segur 126 0. Yu. Sid' ko 1 6 S. Segu r I I I L. W.Sieck 2 W.Seibel 83 H.Siegbahn 37 L.Selander 112 K.Siegbahn 112,148 P.Selles 126 J.E.Sienkieviez 128 1.A. Se I I in 7, 88 N. C. S i I I 8, 1 9 V.Selvaraj 126 W.T.Silfvast 128 M.Semaan 126 R.L.Simons 75 D.K.Sen Sharma 126 P.R.Simony 128 D.W.Setser 29 J.A.Simpson 29,85,112,128 C.S.G.K.Setty 2 G.Sinai)ius 128 E.C.Sewell 126 G.Sinou III M.C.Sexton 27 P.E.Siska 59 B.P.Shah 109 Yu.F.Skachkov 128 M.B.Shah 95 A.M.Skerbele 129 F.Shaikh 27 A.Skutlarlz 103 U. Shainok 9 J. Slevin 129 R.Shakeshaft 126 V.A.Slobodyanyuk 59 Y.A.Shamamian 88 Yu.B.Smakovskii 2 Q.Shamblin 85 N.E.Small-Warren 129 S.G.Sha0ro 5 J.H.Smart 74 Shardanand 126 A.H.M.Smeets 27,145 S.G.Shchemelinin 2,126,127 H.Smid 129 W.Shearer-lzumi 127 B.M.Smirnov 129 S.I.Sheftel 4,5,127 Y.M.Smirnov 121 S. A. Sheinerman 5, 3 84 Yu.M.Smirnov I W.N.Shelton 127 A.C.H.Smith 41 V.B.Sheorey 127 B.R.Smith 30 R.H.Sherman 24 D.Smith 37 R. E. Sherrod 18 F. J. Smi th 88 N.G.Shestakova 31 K.Smith 34,129 V.P.Shevelko 14,127,140 K.A.Smith 132 V.S.Shevera 109 L.W.Smith 151 J.A.Shiavone 127 P.T.Smith 129 E.Shigemasa 139 S.J.Smith 102,124 R.L.Shimabukuro 63 W.W.Smith 44 H.Shimamori 127 R.M.M.Smits 129 I.Shimamura 127 H.D.Smyth 129 F.Shimizu 74 A.Y.Snegurskii 117,156 M.Shimoyama 92 A.V.Snegursky 47,128,157 V.A.Shingarkina 127 I.I.Sobelman 3 G.S.Shipp 18 V.F.Sokolov 130 E.Shirakawa 106 Yu.A.Sokolova 130 D. A. Sh i r I ey 14,63,80,89,97 C.Sol 39 B.Shizgal 128 F.K.Soley 76

Ar 22 - S.Solimeno 25 A.D.Stokes 132 V.R.Solov'ev 144 W.Stoll 61 A.V.Solovy'ov 81 W.G.Stone 21 K-Sommermeyer 130 D.Sloneback 103 R.Sonnenburg 130 A.R.Stopezynski 82 B-Sonntag 99,145 P.Storer 96 A.A.Sorokin 101,130 S.I.Strakhova 10.99,132 H-Soshi 139 T.G.Strand 155 S-Southworth 80 H.C.Straub 132 S.H.Southworth 8,34,72,130 K.Street 107 P.Soven 156 A.P.Strel'tsov 2 L.T.Specht 130 Z.W.Stryla 122 D-Spence 41,130 F.A.Stuber 132 F.E.Speucer 130 M.Stuhec 9 L.Spielberger 46 A.V.Subbotenko 75 H-Spitzer 58 K.P.Subramanian 132 H.Sponer 99 H.Sugawara 132 C.R.Sporleder 91 M.Sugawara 107 V.Srinivasan 130 T.Sugiura. 62 B.N.Srivastava 13 A.Sugiyama 51 R.Srivastava 74,75,130 T-Sugiyama 106 S.K.Srivastava 83,130 H.Suhr 70 A.Sy 30,134 V.L.Sukhorukov 74,80,85,87,112,133 D.N.Stacy 131 E.A.Sukiasyan 19 W.Staib 70 C.V.Sukumar 133 J R.Stallcop 3 J P. Su I I van 55 A.F.Starace 109,121,131 L.V.Sumin 133 A.N.Starostin 39 C.P.Sun 153 W.L. St a rr 3 J Sun 15. 133 G.Staszewska 131 Y.S.Sun 155 H.Statz 131 T.Sunagawa 127 A. D.Stauffer 2 4 0, 74 7 , 97, 99, J Sunderland 15 130,131,155,159 G.Sunshine I I W.Stearns I M.Surendra 7 3 3 R. F.Stebbings 4 3 1 9 3 3 G. A.Surski i 133 H.L.Steele 131 E.Suzuki 133 G.Stefani 9,86.132 H.Suzuki 62,68,69,88,120,133, N.Stein 132 154,155 T. S. Stein 4 2 74 1. H. Suzuki 62,120 A.T.Stelbovics 95,100 S.Suzuki 51 M.Stener 3 2 H. J. Svec I 4 A.N.Stepanov III A.Svensson 133,152 M.S.Stepanova 4 2 S. Svensson 46,103,133,134 K.Stephan 63,132 P.Swan 134 D. P. Stevenson 108, 3 2 J. R.Swarison 103,134 D.S.Stewart 148 C.A.Swarts 134 P. K. Stewart 37 J. A. Syage 3 4 R.E.Stewart 132 I.Szamrej 50 H. C.St er 1 3 2 J. Sziget i 10 R.L.Stockbauer 33 E.Szmola 63,134 V.D.Stoianovic 112 Cz.Szmytkowski 134

- Ar 23 - D.Szostak 14,63 N.A.Timofeev 12.73 J.Szudy 17 P.Tiwari 138 O.Toader 16 K.Tachibana 135 J.P.Toennies 55 H.Tagashira 79,120,122,132,135 D.S.Toffolo 83 S.Takahashi 106 R.R.Tol 141 T.Takahashi 51 N.Tolk 44 S.Takasugi 106 Y.A.Tolmachev 156 K.Takayanagi 135 Yu.A.Tolmachev 19,156 T.Takayanagi 68,69,88,133,136 O.I.Tolstikhin 144 H.Takuma 88 S.Tomar 115 A.Talebimur 86,87 D.Ton-That 138 J.D.Talman 136 M.Toogood 14 W.-C.Tam 36 L. T r c h i n I 4 K.Tamaru 80 B.J.Toubelis 17 K.H.Tan 23,136 J.S.Townsend 138 K.-H.Tan 136 B.A.Tozer 138 H.Tanaka 130 C.J.Traeger 102 T.Tanaka 60 S.Traimar 77,105,130,138 T.J.Tanaka 63 T.Tran 77 Y.Tanaka 67,136 K.W.Trantham 54 A.Tanchich 5 R.S.Trawinski 17 C.L.Tang 119,131 D.Tremblay 42 K.T.Tang 55 D.J.Trevor 105 C.L.Tange 131 D.N.Tripathi 119,138 R.S.Tankin 19 G.Trommer 138 I.Taouil 136 C.M.Truesdale 80 V.Tarnovsky 14,136 D.G.Truhlar 118,131,138 S.M.Tarr 123,127,136 M.B.Trzhaskovskaya 6,11 L.J.Tassie 101 J.S.Tse 23 H.Tawara 14,127,136,137 T.Tsuboi 138 J W.Taylor 28, 34 M.Tsuchiya I 4 K.T.Taylor 27,106,137 T.F.Tsukamoto 51 R.L.Taylor 137 T.Y.Tsukamoto 51 T.Tekaat 45 S.Tsurubuchi 138,139 J.B.Tellinghuisen 15 F.Tuffin III B.L.Tembe 137 J.Tulkki 7,139 M.Tengcai 40 A.D.Turnbull 95 M.Terrier 143 J.E.Turner 68 P. J.O.Teubner 8, 6 8 8 9 9 4 9 R. J. Tweed 139 A.J.Thakkar 110 N.D.Twiddy 45 J.K.Theobald 24 T.R.Twomey 30 P.G.A.Theuws 137 D.Thirumalai 131 W.Ubachs 142 G.M.Thomas 137 M.Uda 82 T.D.Thomas 44,79 K.Ueda 20,92,124,139,149 B.E.Thompson 117 M.Ueda 51 S. R.A.Tibbs 26 T. Ueda 57 R. T i c e 13 7 Y. Uetani 52 T.Tietz 137 A.Ugbabe 8,140 I.S.Tilinin 138 E.Uggerhoi 109

- Ar 24 - M.Uhrig 140 W.J.Veigele 66 C.J.G.J.Uiterwaal 30,140 P.Veillette 142 M. Ukai 3 9 1 . Ve I c h e v 4 2 G.Ulm 70,101,130 V.Veldre III R. C. UI s h 1 2 4 V. Ya. Ye Idre 4 2 4 3 M.A.Uman 88 E.T.Verkhovtseva 113,143 S.Uno 51 D.A.Verner 143 F. J. Ur i be 140 E. M.Verner 143 V. V.Urosevic 2 Ya.F.Verolainen 7 4 3 S. Ushiroda 6 2 N. F.Verster 3 7 D.B.Uskov 14 P.Vervisch 143 N.N.Ustinovskii 140 W.Verweij 143,144 F.A.Uvarov 140 M.Yu.Veselovskaya 144 L.Veseth 144 S. Vacqu i e 4 J. A. V a I I e I I L.A.Vainshtein 140 D.Vikor 144 P.Valentin 78,143 G.Vikor 109 C.Vallance 61,140 F.I.Vilesov 144 0. Va I I ee 4 D. Vi I I a r e i o 144 R.J.Van Brunt 115,116,141,147 A.Vinogradov 140 S.E.Vance 85 A.V.Vinogradov 140,144 J.P.van den Brink 141 R.Vitry 28 P.J.M.van der Burgt 35,96,141,147 J.Vlcek 19,144 W.van der Kaay 38 O.Vogel 148 P.van der Meulen 153 Yu.M.Volkov 144 R.Vanderpooten 71 L.M.Volkova 144,145 B. van der Sijde 2 6 F. Vo I we i I er 85,87 P.van der Straten 141 F.von Busch 41,145 J.van der Weg 38 E.von Raven 99,145 P.van der Westhuizen 33 J.von Specht 145 M.J.van der Wiel 14,61,114.124,125, A.Vorobyov 79 141,152,158 A.A.Vorob'ev 145 R.S.Van Dyck 141 A.Y.Vorotsov 80 Lvan Eck 38,141,150 R.E.Voshall 108 D.van Houwelingen 142 S.B.Vrhovac 145 L.H.Van Montfort 27 L.Vriens 124,141,145 A.F.J.van Raan 142 D.A.Yroom 51,95,97,146 T.van Tubergen 146 N.A.Vrublevskaya 95 C.C.van Voorhis 33 V.Vujnovic 146 B.van Wengerden 70 L.Vuskovic 109,146 R.D.Van Zee 97 L.D.Vuskovic 146 L.Varga 10 A.V.Vasenkov 142 I.M.Wadehra 77,104,117 R.V.Vasileva 127 R.W.Wagenaar 72,146 N.K.Yasil Eva 142 V.V.Wagle 32 M.G.Vasil'ev 158 E.B.Wagner 146 E. Va t a i 4 2 K. H.Wagner 1 4 6 47 J.M.Vaughan 131 H.B.Wahlin 147 U. Vecker 63 N. Wa i n f a n 147 H.Veenhuizen 148 K.Wakiya 68,69,88,155 L. Vegard 4 2 G. Walder 50

- Ar 25 - H.F.Waldron 36 A.Werner 70 D.J.Wales 43,104 S.Werner 150 D.W.Walker 147 D.West 150 W.C.Walker 147 J B. West 33 6 , 66 94, 15 0 S.J.WaIIace 147 W.B.Westerveld 118,141,150 B.Wallbank 147 S.Westin 150 G. K. Wa I t ers 7 6 R. C. Wetzel 1 50 H. R.J.Walters 4 0, 75, 1 6 1 18, 36, B. Wexler 15 151,157 M-Weyhereter 150,151 L.Walther 72 G.M.Weyl 151 B. Wang 9 2 4 H. B. Wha I in 1 5 1 D.Wang 133 W.Whaling 1,151 J.Wang 147 J.E.G.Wheaton 151 J. B. Wang 92 C. T. Whe Ian 75, 116, 118, 136, 151, 157 Q.Wang 157 T.Whelan 75,116.118,136,151,157 S.Wang 35,50,147 R.Whiddington 151 Y.Wang 147,154 S.B.Whitfield 44,153 K. Wani 4 7 4 G. Wi e b e s 4 B.Wannberg 148 W.L.Wiese 72,103,146,151 G. H. Wannier 148 K. Wiesemann 6 54. 8 1, 1 2 A.Wannstrom 148 G.R.Wight 141,152 L.Ward 148 WM.K.P.Wijayaratna 52,54 I.M.Warman 148 W.Wijesundera 152 R.W.Warren 148 M.Wildberger 101,123 T.Watabe 69 D.G.Wilden 152 K.Watanabe 138 J.Wilhelm 22,153 M.Watanabe 62,104 O.Wilhelmi 85 T.Watanabe 101,148 H.M.J.Willems 152,156 D.K.Waterhouse 148 A.R.Williams 71 J.Waterhouse 153 J.F.Williams 27,148,152 W.S.Watson 148 R.R.Williams 152 J. H.Waymouth 149 A. Wi I I i a r t 53 G. M.Webb 149 B. A. Will is 1 2 J.M.Weber 20,149 K.Willmann 45,149 M.Weber 20,124,149 A.A.Wills 152 W.Weber 20,149 I.G.Wills 110 H. V. Wede I 47 D. J. Wi Ison I I W.Mehlhorn 1,67,98,119,149 W.G.Wilson 128 R.Wehfitz 14,63 D.H.Winicur 152 E.Weigold 8,25,52,65,88,89,90, R.Winkler 22,90,153 95,96,100,140,149 R. B. Winkler 15 3 A.Weinberg 89 D.Winn 85 A.Weingartshofer 147,149 K.H.Winters 71 K.Weisemann 149 R.E.Winters 153 A.W.Weiss 149 B.Wirsam 3 H.F.Weiss 98,149 B.Woernle 153 G.L.Weissler 18,87,147,149 K.Wojackzek 153 H.F.Wellenstein 33,85,150 E.O.Wollan 153 C.P.Wen 60 J.Wolnikowski 17 B.Wende 106,150 L.Wong 153 G.Wendin 1,134 T.C.Wong 153

- Ar 26 - Y.H.Woo 153 K.Yuasa 152,156 0. R. Wood R 128 N. P.Yudin 1 6 J.M.woolsey 50 S.Y.Yurgenson 19 J. Z.Wu 1 3 S.L.Wu 71,154 E.Zachmann 156 F.Wuilleumier 1,123,154 B.B.Zaikin 156 V.M.Zakharova 56 H.Xcherer 41 R.Zangara IS D.lenakis 30,140,154 A.Zangwill 156 S.Xing 154 H.A.Zarem 151 S.L.Xing 154 A.N.Zavilopulo 47,117,128,156,157 K.Xu 154 T.M.Zayac 132 K. Z. Xu 71,154 A. Zecca 25,27,74,157 Z. Xu 6 71, 4 V. Zeman I , 1 7 A.A.Zemlyanov 41 S.Yagi 88 H.Zenba 82 A. Yagi shi ta 139 F. Zhang 1 4 V.E.Yakhontova 19 J. Zhang 30,71 C.Yamabe 154 S.Zhang 97 C.Yamada 154 X.Zhang 9,157 K.Yamaguchi 154 X.J.Zhang 71 S.Yamaguchi 104 Z.Zhang 155 Y.Yamaguchi 92,107 Y.Zhao 157 M.Yamamoto 154 V.P.Zhdanov 157 H.Yamashita 104 I.Zhelyazkov 15 K.Yamashita 156 S.H.Zheng 94,158 J.Yan 91 S.T.Zheng 155 B.Yang 154 T.V.Zhikhareva 158 B.X.Yang 154,155 Z.P.Zhong 71,154 K.Yano 105 B.Zhou 158 V.I.Yaremenko 143 J.Zhou 52,91 A.C.Yates 48,49,155 Q.Zhou 158 B.W.Yates 28,34 Z.Zhou 154 A. W.Yau 10,155 L. F.Zhu 71 V. A.Yavna 65,133 1. G.Zhukov 6 58 J.Ye 24,155 V.J.Zigman 158 J.J.Yeh 155 T.M.Zimkina 91 1. -J.Yeh 155 0. A.Zinov'ev 144 L.Yin 121 S.Zinz 41 T.Yokota 47 G. Zissis 155,158 A.Yoneda 82 M.Zitnik 9 D.G.York 47 J.Zivanovic 4 H.Yoshii 60 R.J.Zollweg 158 K.Yoshino 136 M.Zubek 158, 159 M.Yoshino 155 T.Zuo 159 L.Young 72 B.Zurro 28 S.M.Younger 155 C.J.Zwakhals 105 M.Yousfi 155 F.Zwicky 159 S.Y.Yousif 155 A.Z.Zyman 89 J.Yuan 155 J.K.Yuan 155

- Ar 27 - Authour Index of Argon Addenda References_

C. R.Albertoni 6 M. Fo It in 6 2 M.Ya.Amusya 160 J.R.Fuhr 162 L.W.Anderson 160 J L. Ar I u e 16 2 J Galy 6 2 G.Garcia 165 K.Bartschat 162,163 M.F.Gehrke 160 K. Becker 6 D. N.Ghoshroy 64 A. B i r o t 6 2 . L. Giul iani 6 M.Blaha 161 A.Gleizes 162 S.V.Bobashev 165 G.P.Gowda 163 0. P. Bochkova 160 A. N.Grum-Grzhimailo 6 2 J.B.Boffard 160,163 P.F.Gruzdev 162 A.F.Borghesani 160 P.Guang-Yan 161 N.J.Bowring 163 S.K.Guharay 164 J. D. Bozek 160 J. H. Guo 164 G.L.Braglia 160 H. Brunet 6 2 M.A. Haynes 6 2 R. S. Brusa 6 A. Huetz 6 U.Buck 160 S.J.Buckman 161 M.Inokuti 162 P.H.Bucksbaum 164 Y. J i 6 2 J.Campos 165 Y.-H.Jiang 165 T. X. Carrol I 1 60 L. J i a-Ru i 6 A.W.Castleman 161 Z.Y.Chen 161 G.P.Karwasz 165 M.Chenevier 160 R.G.Keesee 161 L.V.Chernysheva 160 J.Kessler 163 H.Cho 163 H.Kobayashi 165 F.Combet-Farnoux 161 V.Konopinska 163,164 J.W.Cooper 161 R.Kuhn 161 E.Kukk 160 V.Dallacasa 160 A.Dasgupta 16f P.Lablanquie 161 P.Dehmer 161 K.J.LaGattuta 163 Y.De-Hong 161 M.E.Lagus 160 H.Deutsch 161 K.Leiter 163 P.G.Lethbridge 163 F.Ehlotzky 161 K.T.Leung 161 M.T. EI f o rd 6 C. H.Liao 6 2 C. C. Lin 60 X.W.Fan 161 B.Lohmann 162 Z.Felfli 160 R.I.Lyagushchenko 160 Y.Feng 161 E.E.Ferguson 161 D.H.Madison 163 D.M.Filipovic 162 T.Makabe 163

Ar 8 - C.M.Maloney 163 E.A.Sukiasyan 160 B.P.Marinkovic 162 J.-F.Sun 165 T. D.Mark 161,162,163,164,165 J A.Syage 165 S.Mayer 163 P.Syty 164 J.Mazeau 161 H.Meyer 160 S.Telega 163,164 B. M.Mi I es 6 T.D.Thomas 6 B.S.Min 163 Yu.A.Tolmachev 160 L. Mi nnhagen 16 3 S.Tsurubuchi 6 R.R.Mitchell 163 M.L.Mittal 163 G.Ulm 165 B.Mobus 165 D.L.Moores 163 L.Vuskovic 162 P.A.Moskowitz 160 A. Z. Msezane 6 W.L. Wiese 162,165 A.I.Murray 163 A.Williart 165 V.Myrseth 160 T.Wujec 165

K. Ness 163 1. P.Zapesochny 164 C.Y.Ng 164 A.Zecca 165 G.Norlen 164 S.-H.Zhang 165 K.Norwood 164 L.Zi-Ming 161 B.Zurro 165 I.M.Paikeday 164 LL-Peacher 163 V.Peicev 162 E.R.PetersoD 164 ZAj.Petrovic 164

X. -Z. Qi an 6

V. -F. Z. Rapp 64 F.H.Read 163 M.Richter 165 W.Ritter 163 A.V.Rokhlenko 164

L.J.Saethre 160 M.Santini 160 P.Scheier 163,164 D.Sengupta 164 S.N.Sen Gupta 164 V.S.Shevera 164 L.A.Shmaenok 165 I.E.Sienkiewicz 163,164 M.W.Smith 165 C.Suchez Del Rio 165 A.A.Sorokin 165 A.J.Stace 163 A.Stamatovic 163,164,165 K.Stephan 163,165

Ar 29 Electron Collision Cross Section Set for Argon (Ar) 014 Ar

015

1 o16

E C.) 1 o17 Cr

I 0-18

IO a I I Hill

i O-I i O-I 1 0 O O (e V)

Figure 1. Electron collision cross section set for Ar. -16 Ar

CF7

cm E

Cr

1C I

VO

1 0 1 (e V)

Figure 2 Electronic excitation cross sections for Ar. Table 1. Energy levels of electronic excitation for Ar.

Level No. energy Paschen Designation This work Chutjian Eggarter (eV) notation

1 Po 3p6

1 1 1 SW I I. 1 S 5 4s 3/2 2 2 2 2 S 1 ** 1 1 62 1 S4 4s 3/2 i 3 3 3 SW 1 1 7 2 1 3 4s [1/21o 4 4 4 S 1 11-83 1 S2 4s'[1/21, 5 5 5 12.91 2 Pio 4p[1/21, 6 6 6 13.08 2 P 4p[5/213 7 7 7 13.09 2 P 8 4p[5/212 8 8 8 13.15 2 P 7 4p[3/21, 9 9 9 13.17 2 P 6 4p[3/212 10 13.27 2 P 5 4p[1/2]0 11 13.28 2 P 4 4p'[3/2), 12 I I 1 1 4 p 13.03 2 P 3 4p'[3/212 13 1 2 1 2 13.33 2 P 2 4p'[1/21, 14 1 3 1 3 13.47 2 P I 4p'[1/2]o 15 1 4 1 4 13.84 3 d 6 3d[1/210 16 13.86 3 d 5 3d[1/211 17 1 5 1 5 13.90 3 d 3 3d[3/212 18 1 6 1 6 13.98 3 d4' 3d[7/214 19 1 7 1 7 14.01 3 d4 3d[7/2]3 20 1 8 1 8 14.06 3 d 3d(5/212 21 14.07 2 Ss 5s(3/212 22 14.10 3 d ' 3d[5/213 23 14.09 2 S4 5s[3/21, 24 2 2 14.15 3 d 2 3d[3/211 25 2 1 2 1 14.21 3 I 3d'[5/212 26 2 14.24 3 I 3d'[3/212 27 2 2 2 2 14.23 2 I 3d'[5/213 28 14.24 2 3 5s'[1/21o 29 14.25 2 S2 5s'[1/21, ------30 2 3 2 3 ------14.30 3 SI' 3d'[3/211 2 4 3 14.71 2 4 15.20

SM Sum of metastable states, I and 3. SI Sum of 2 and 4 states. Table 2 Electron collision cross section set for argon, recommended by the authour in 1992. (Im is the elastic momentum transfer, Qe of I to 25 are the electronic excitation, and Qi is the ionization cross sections. I would like to improve these cross section values slightly.

E qm 200 1.12 13.24 0.0209 eV) 00- "cm' 2 50 0 . 7 3 13. 28 0 0197 300 0.713 13.3 0.0194 0 6.30 400 0.518 13.33 0.0191 0.01 4.20 500 0.397 13.36 0.0197 0.012 4.00 600 0.315 13.38 0.0206 0.015 3.69 800 0.219 13-40 0.0213 0.02 3.20 1000 0.161 13.44 0.0220 0.025 2.80 10000 0.00 13.48 0.0261 0.03 2.48 13.5 0.0245 0.035 2.20 E qel 13.52 0.0237 0.04 1. 98 eV) (10- "cm' 13 6 0 025 0.05 1.59 14.0 0.0265 0.06 1.32 11.55 0.00 15.0 0.0369 0.08 0.913 11.60 0.00543 16 0.0466 0.10 0.599 11.61 0.00643 17 0.0500 0.125 0.391 11.62 0.00693 18 0.0495 0.15 0.255 11.63 0.00704 19 0.0482 0.175 0.162 11.64 0.00699 20 0.0464 0.20 0.108 11.65 0.00623 22 0.0418 0.225 0.0808 11.66 0.00633 25 0.0347 0.23 0.0781 11.67 0.00663 30 0.0253 0.235 0.0763 11.68 0.00665 35 0.0180 0.24 0.0765 11.69 0.00633 40 0.0132 0.245 0.0786 11.70 0.00603 50 0.00694 0.25 0.0816 11.71 0.00573 60 0.00375 0.275 0.103 11.72 0.00577 70 0.00222 0.3 0.139 11.73 0.00586 80 0.00141 0.35 0.216 11.75 0.00714 100 0.000652 0.4 0.310 11.77 0.00815 150 0.000170 0.5 0.507 11.80 0.00832 175 0.000100 0.6 0.690 11.81 0.00840 200 0.00 0.7 0.888 11.84 0.0120 0.8 1.07 11.88 0.00681 qe2 0.9 1.25 11.90 0.00626 (eV) (10-"CMI) 1.0 1.42 11.94 0.00644 1.2 1.70 12.0 0.00704 11.62 0.00 1.5 2.09 12.1 0.00889 11.68 0.0104 2.0 2.84 12.2 0.0105 11.70 0.00736 2.5 3.56 12.4 0.0150 11.74 0.00568 3.0 4.31 12.6 0.0191 11.76 0.00541 4.0 5.78 12.7 0.0204 11.80 0.00499 5.0 7.68 12.74 0.0208 11.81 0.00494 6.0 9.71 12.76 0.0210 11.85 0.00490 8.0 13.7 12.8 0.0208 11.90 0.00495 10 16.1 12.86 0.0196 11.94 0.00500 12 16.4 12.90 0.0184 12.00 0.00520 15 13.7 12.91 0.0183 12.04 0.00530 20 9.30 12.94 0.0186 12.1 0.00550 25 6.68 13.0 0.0222 12.2 0.00570 30 5.16 13.05 0.0405 12.4 0.00730 40 3.59 13.08 0.0267 12.5 0.00790 50 2.90 13.10 0.0213 12.6 0.00850 60 2.54 13.13 0.0184 12.65 0.00860 80 2.14 13.16 0.0214 12.7 0.00880 100 1.91 13.19 0.0262 12.74 0.00900 120 1.71 13.21 0.0308 12.8 0.00920 150 1.46 13.23 0.0221 12.9 0.00970

Argon I Ar

13.00 0.0103 12.60 0.00248 11.90 0.00630 13.05 0.0147 12.70 0.00276 11-94 0.00493 13.08 0.0101 12.74 0.00287 12.00 0.00357 13.10 0.00940 12.77 0.00291 12.04 0.00340 13.13 0.00840 12.80 0.00292 12.1 0.00400 13.16 0.0103 12.86 0.00282 12.2 0.00570 13.20 0.0148 12-90 0.00268 12.4 0.00870 13.23 0.0139 12.91 0.00265 12.5 0.0106 13.25 0.0122 12.94 0.00272 12.6 0.0125 13.29 0.0112 13.0 0.00332 12.65 0.0133 13.30 0.0115 13.05 0.00610 12.7 0.0140 13.4 0.0138 13.08 0.00407 12.74 0.0145 13.5 0.0158 13.10 0.00327 12.8 0.0154 13.82 0.0219 13.13 0.00282 12.9 0.0167 14.0 0.0255 13.16 0.00331 13.0 0.0184 14.25 0.0292 13.19 0.00406 13.05 0.0266 14.5 0.0322 13.21 0.00477 13.08 0.0186 15.0 0.0373 13.23 0.00344 13.1 0.0174 16 0.0449 13.24 0.00325 13.13 0.0175 17 0.0520 13.28 0.00310 13.16 0.0192 18 0.0565 13.3 0.00305 13.2 0.0278 19 0.0608 13.33 0.00301 13.23 0.0261 20 0.0658 13.36 0.00312 13.25 0.0229 22 0.0700 13.38 0.00330 13.29 0.0213 25 0.0740 13.40 0.00341 13.3 0.0218 30 0.0760 13.44 0.00354 13.4 0.0265 35 0.0770 13.48 0.00421 13.5 0.0306 40 0.0765 13.50 0.00399 13.82 0.0432 50 0.0743 13.52 0.00385 14.0 0.0505 60 0.0715 13.6 0.00396 14.25 0.0580 70 0.0685 14.0 0.00446 14.5 0.0648 80 0.0650 15.0 0.00641 15.0 0.0757 100 0.0585 16 0.00837 16 0.0947 150 0.0480 17 0.0100 17, 0.114 200 0.0410 18 0.0103 18 0.130 300 0.0320 19 0.0100 19 0.142 400 0.0262 20 0.00923 20 0.154 500 0.0222 22 0.00800 22 0.172 800 0.0156 25 0.00650 25 0.197 1000 0.0131 30 0.00475 30 0.233 10000 0.00 35 0.00360 35 0.263 40 0.00290 40 0.288 E qe3 50 0.00200 50 0.313 (eV) (10-16CM2 60 0.00149 60 3 8 70 0.00116 70 0.311 11.72 0.00 80 0.000930 80 0.296 11.75 0.000202 100 0.000656 100 0.266 11.77 0.000420 150 0.000339 150 0.197 11.80 0.000378 200 0.000212 200 0.160 11.81 0.000400 300 0.000110 300 0.119 11.84 0.000660 317 0.000100 350 0.106 11.88 0.000431 400 0.00 400 0.0963 11.90 0.000418 500 0.0822 11.94 0.000473 qe4 800 0.0580 12.00 0.000579 (eV) (10-1 Gem2 1000 0.0490 12.10 0.000837 10000 0.00 12.20 0.00108 11.83 0.00 12.40 0.00174 11.85 0.00770 E qe5

Argon 2 Ar

eV) (10- "cm' 2 2 0 02 4 0. 01 7 25 0.0232 50 0.0137 12.91 0.00 30 0.0243 60 0.0122 13 0.000140 35 0.0233 80 0.0100 14 0.00300 40 0.0218 100 0.00860 15 0.00590 50 0.0179 150 0.00650 16 0.00870 60 0.0149 200 0.00535 18 0.0140 80 0.0112 300 0.00405 19 0.0156 100 0.00892 500 0.00280 20 0.0166 150 0.00600 800 0.00203 21 0.0169 200 0.00450 1000 0.00173 22 0.0167 300 0.00300 10000 0.00 25 0.0145 500 0.00179 30 0.00923 800 0.00112 qelO 3 5 0 006 2 1000 0.000900 eV) (10- "cm' 40 0.00445 10000 0.00 50 0.00252 13.27 0.00 60 0.00160 qe8 14 0.00450 80 0.000780 (eV) (10- 16 cm2 15 0.0107 100 0.000444 16 0.0162 150 0.000160 13.15 0.00 18 0.0260 180 0.000100 14 0.00200 19 0.0284 200 0.00 15 0.00560 20 0.0298 16 0.00920 22 0.0310 qe6 18 0.0156 25 0.0295 (eV) 19 0.0174 30 0. 02 50 20 0.0181 35 0.0207 13.08 0.00 21 0.0181 40 0.0178 14 0.00550 22 0.0176 50 0.0138 15 0.0123 25 0.0155 60 0.0110 16 0.0190 30 0.0120 80 0.00780 18 0.0275 35 0.00950 100 0.00600 19 0.0294 40 0.00780 150 0.00370 20 0.0300 50 0.00560 20,0 0.00264 21 0.0298 60 0.00425 300 0.00164 22 0.0292 80 0.00275 500 0.000890 25 0.0255 100 0.00198 800 0.000510 30 0.0173 150 0.00109 1000 0.000390 35 0.0119 200 0.000710 10000 0.00 40 0.00850 300 0.000390 50 0.00500 500 0.000181 qell 60 0.00318 740 0.000100 (eV) 80 0.00157 800 0.00 100 0.000910 13.30 0.00 150 0.000340 E qe9 14 0.00155 200 0.000167 (eV) (10- to cm 15 0.00390 248 0.000100 16 0.00620 300 0.00 13.17 0.00 18 0.0111 14 0.00360 19 0.0134 E qe7 15 0.00810 20 0.0151 (eV) (10-1 cm 16 0.0124 21 0.0162 18 0.0184 22 0.0170 13.09 0.00 19 0.0194 25 0.0182 14 0.00230 20 0.0198 30 0.0185 15 0.00520 22 0.0196 35 0.0176 16 0.00820 25 0.0190 40 0.0162 18 0.0138 30 0.0179 50 0.0133 20 0.0184 35 0.0167 60 0.0110

Argon 3 Ar

80 0.00820 500 0.00355 13.98 0.00 100 0.00657 800 0.00219 14 0.000800 150 0.00435 1000 0.00172 15 0.0140 200 0.00322 10000 0.00 16 0.0275 300 0.00212 18 0.0470 500 0.00126 qeI4 19 0.0500 800 0.000780 (eV) (10-"cm') 20 0.0508 1000 0.000630 22 0.0490 10000 0.00 13.84 0.00 25 0 , 0420 14 0.00300 30 0.0280 qeI2 15 0.0205 35 0.0185 (eV) (10- "cm' 16 0.0380 40 0.0129 18 0.0600 50 0.00700 13.33 0.00 19 0.0650 60 0.00430 14 0.00200 20 0.0660 80 0.00197 15 0.00460 22 0.0640 100 0.00110 16 0.00600 25 0.0560 150 0.000370 18 0.00740 30 0.0390 200 0.000170 19 0.00770 35 0.0265 242 0.000100 20 0.00783 40 0.0193 300 0.00 22 0.00780 50 0.0115 25 0.00730 60 0.00750 E qeI7 30' 0.00611 80 0.00385 (eV) (10- is cm 35 0.00485 100 0.00225 40 0.00395 150 0.000890 14.01 0.00 50 0.00283 200 0.000450 15 0.00830 60 0.00216 300 0.000175 16 0.0143 80 0.00140 380 0.000100 18 0.0203 100 0.00100 500 0.00 19 0.0213 150 0.000550 20 0.0216 200 0.000360 qeI5 22 0.0214 300 0.000195 (eV) (10- to cm2 25 .0.0203 470 0.000100 30 0.0168 500 0.00 13.90 0.00 35 0.0130 14 0.00150 40 0.0105 6 qe13 15 0.0160 50 0.00720 (eV) (10- to cm2 16 0.0300 60 0.00540 18 0.0475 80 0.00334 13.48 0.00 19 0.0510 100 0.00230 14 0.00250 20 0.0524 150 0.00118 15 0.00800 22 0.0520 200 0.000730 16 0.0135 25 0.0475 300 0.000375 18 0.0235 30 0.0360 500 0.000160 19 0.0275 35 0.0245 660 0.000100 20 0.0307 40 0.0176 800 0.00 21 0.0332 50 0.0100 22 0.0352 60 0.00640 6 qeI8 25 0.0387 80 0.00310 (eV) (10- If cm 30 0.0411 100 0.00177 35 0.0410 150 0.000650 14.06 0.00 40 0.0400 200 0.000315 15 0.0105 50 0.0362 300 0.000113 16 0.0220 60 0.0317 315 0.000100 17 0.0283 80 0.0240 500 0.00 18 0.0315 100 0.0190 19 0.0328 150 0.0124 qel6 20 0.0332 200 0.00920 (eV) (10-1 6cma 21 0.0326 300 0.00605 22 0.0315

Argon 4 Ar

25 0.0260 200 0.0316 E qe23 3 0 0 . 0 9 3 300 0 2 (eV) (10- I cm2 35 0.0152 500 0.0180 40 0.0123 800 0.0130 14.30 0.00 50 0.00860 1000 0.0110 15 0.00320 60 0.00640 10000 0.00 16 0.00730 80 0.00405 18 0.0145 100 0.00280 E qe2l 20 0.0199 15 0 0.00146 (eV) (10- "cm' 2 2 0 . 0 2 4 200 0.000910 25 0.0290 300 0.000475 14.21 0.00 30 0.0355 500 0.000205 15 0.00450 35 0.0405 780 0.000100 16 0.0110 40 0.0440 800 0.0( 18 0.0210 50 0.0480 19 0.0235 60 0.0495 E qeI9 20 0.0248 80 0.0495 (eV) (10- "cm') 2 0 02 100 0 047 7 22 0.0247 150 0.0395 14.09 0.00 25 0.0225 200 0.0330 15 0.00220 30 0.0170 300 0.0260 16 0.00500 35 0.0122 500 0.0192 18 0.00950 40 0.00940 800 0.0147 20 0.0123 50 0.00595 1000 0.0129 22 0.0142 60 0.00415 10000 0.00 25 0.0164 8( 0.00233 30 0.0191 100 0.00148 qe24 35 0.0208 150 0.000660 (eV) (10-"cm') 40 0.0222 200 0.000370 50 0.0239 300 0.000163 14.71 0.00 60 0.0245 385 0.000100 15 0.00200 80 0.0243 500 0.00 16 0.0100 100 0.0230 18 0.0300 150 0.0200 E qe22 20 0.0480 200 0 . 0 75 (eV) (10-"cm') 22. 0.0650 300 0.0140 25 0.0910 500 0.0102 14.23 0.00 30 0.124 800 0.00750 15 0.00400 35 0.150 1000 0.00640 16 0.00960 40 0.165 10000 0.00 18 0.0190 50 0.178 19 0.0228 60 0.178 qe2O 20 0.0255 80 0.165 (eV) (10-"cm') 2 2 0 . 02 8 5 100 0.146 25 0.0310 150 0.112 14.15 0.00 30 0.0310 200 0.0930 15 0.00400 35 0.0290 300 0.0690 16 0.00900 40 0.0265 500 0.0470 18 0.0175 50 0.0215 800 0.0330 20 0.0230 60 0.0180 1000 0.0280 22 0.0270 so 0.0138 10000 0.00 25 0.0315 100 0.0110 30 0.0362 150 0.00760 qe25 3 5 0.0400 200 0.00580 (eV) (10- t 41cm 40 0.0425 300 0.00395 50 0.0455 500 0.00242 15.20 0.00 60 0.0460 800 0.00157 16 0.00900 80 0.0450 1000 0.00127 18 0.0320 100 0.0430 10000 0.00 20 0.0630 150 0.0367 22 0.0850

Argon Ar

25 0.112 350 1, 81 30 0.148 400 1.68 3 0 . 170 500 1 4 6 40 0. 183 600 1 30 50 0.193 700 1.16 60 0.193 800 1.06 80 0.173 1000 0.916 100 0.152 10000 0.00 150 0.115 200 0.0950 300 0.0710 500 0.0480 800 0.0330 1000 0.0270 10000 0.00

E qi W) (10-"cm')

15.76 0.00 16 0.0202 7 0.134 18 0.294 19 0.460 20 0.627 21 0.787 22 0.933 23 1.06 24 1.18 25 1.30 26 1.41 28 1.60 30 1.80 32 1.96 34 2.11 36 2.24 38 2.33 40 2.39 42.5 2.45 45 2.49 50 2 3 5 5 2.60 60 2.66 65 2.73 70 2.77 75 2.82 80 2.84 85 2.85 90 2.86 100 2.85 120 2.81 130 2.76 150 2.68 160 2.62 ISO 2.52 200 2.39 2 50 2.17 300 1.98

ATgou 2 02. 2 27. Numbers of References

on Electron and Photon Collisions with Atoms and Molecules published in the 20th Century

At om s (I 7 Mo I e cu I es (5 1

A + e, A h v M + e, M + h

He 2 2170 * 2 H2, D2 1850 5 CH4 750 Ne io 1140 * N2 2140 CF4 390 Ar 18 1960 02 1690 CC14 210 Kr 36 790 co 1190 CC12F2 250 Xe 54 940 NO 850 CH3CI 90 SiH4 230 Li -3 450 F2 170 SiF4 140 Na 11 800 C12 320 GCH4 50 K 19 370 Br2 130 Rb 3 7 2 20 2 24 C S 5 5 3 70 6 C2H4 37 HF 260 CH30H 240 0 8 390 KCI 320 HBr 190 F 9 90 Hi 100 7 SF6 780 C1 17 3

3 C02 1160 8 C2H6 260 CU 29 180 H20 850 C2F6 150 Cd 48 210 03 480 Si2H6 70 Ba 56 320 N20 450 H9 80 600 N02 300 9 C3H6 120 H2S 270 C2H5OH 60 S02 260 CS2 240 OCS 240 11 C3H8 190 not final, but C3F8 100 finished mostly 4 C2H2 390 12 C4F8 100 include electron NH3 400 C6H6 240 swarm papers NF3 110 C6F6 100 BF3 110 include BC13 90 60 C60 300 review papers PH3 80 H2CO 180 r + v 700

He(Ne) f e only. Not include He(Ne) + hv papers. Recent Issues of NIFS-DATA Series

NIFS-DATA-45 Y. Yamamura, W. Takeuchi and T Kawamura, The Screening Length of Interatomic Potential in Atomic Collisions; Mar. 99

NIFS-DATA-46 T Kenmotsu, T Kawamura, T Ono and Y. Yarnamurn, Dynamical Simulation for Sputtering of B4C; Mar. 1998

NIFS-DATA-47 1. Murakami, K. Moribayashi and T Kato, Effect of Recombination Processes on FeXXIII Line Intensities: May 1998

NIFS-DATA-48 Zhijie Li, T Kenmotsu, T Kawamura, T Ono and Y Yarnamura, Sputtering Yield Calculations Using an Interatomic Potential with the Shell Effect and a New Local Model: Oct. 998

NIFS-DATA-49 S. Sasaki, M. Goto, T Kato and S. Takamura, Line Intensity Ratios of Helium Atom in an Ionizing Plasma: Oct. 1998

NIFS-DATA-50 1. Murakami, T Kato and U. Safronova, Spectral Line Intensities of NeVII for Non-equilibrium Ionization Plasma Including Dielectronic Recombination Processses: Jan. 1999

NIFS-DATk-51 Hiro Tawara and Masa Kato, Electron Impact Ionization Data for Atoms and Ions -up-dated in 1998-: Feb. 999

NIFS-DATA-52 J.G. Wang, T Kato and 1. Murakami, Validity of n-3 Scaling Law in Dielectronic Recombination Processes: Apr. 1999

NIFS-DATA-53 J.G. Wang, T Kato and 1. Murakami, Dielectronic Recombination Rate Coefficients to Excited States of He from He+: Apr. 9 9 9

NIFS-DATA-54 T Kato and E. Asano, Comparison of Recombination Rate Cefficients Given by Empirical Formulas for Ions from Hydrogen through Nickel: June 1999

NIFS-DAEA-55 H.R Summers, H. Anderson, T Kato and S. Murakami, Hydrogen Beam Stopping and Beam Emission Data for LHD: Nov. 1999

NIFS-DATA-56 S. Born, N. Matsunami and H. Tawara, A Simple Theoretical Approach to Determine Relative Ion Yield (RIY) in Glow Discharge Mass Spectrometry (GDMS): ]an. 2000

NIFS-DATA-57 T Ono, T Kawamura, T Kenmotsu, Y. Yamamura, Simulation Study on Retention and Reflection from Tungsten Carbide under High Fluence of Helium Ions: Aug. 2000

NIFS-DATA-58 J.G. Wang, M. Kato and T Kato, Spectra of Neutral Carbon for Plasma Diagnostics: Oct. 2000

NIFS-DATA-59 Yu. V Ralchenko, R. K. Janev, T Kato, DX Fursa, 1. Bray and EJ. de Heer Cross Section Database for Collision Processes of Helium Atom with Charged Particles. 1. Electron Impact Processes: Oct. 2000

NIFS-DATA-60 U.I. Safronova, C. Namba, W.R. Johnson, M.S. Safronova, Relativistic Many-Body Calculations of Energies for n = 3 States in Aluminiumlike Ions: Jan. 200

NIFS-DATA-61 U.I. Safronova, C. Namba, 1. Murakami, W.R. Johnson and M.S. Safronova, ElE2, MI, and M2 Transitions in the Neon Isoelectronic Sequence: Jan. 2001

NIFS-DATA-62 R. K. Janev, YuX Ralchenko, T Kenmotsu, Unified Analytic Formula r Physical Sputtering Yield at Normal Ion Incidence: Apr. 2001

NIFS-DATA-63 Y. tikawa, Bibliography on Electron Collisions with Molecules: Rotational and Vibrational Excitations, 1980-2000 Apr. 200 I

NIFS-DATA-64 R.K. anev, ].G. Wang and TKato, Cross Sections and Rate Coefficients for Charge Exchange Reactions of Protons with Hydrocarbon Molecules: May 2001

NIFS-DATA-65 T Kenmotsu, Y. Yamamura, T Ono and T Kawamura, A New Formula of the Energy Spectrum of Sputtered Atoms from a Target Material Bombarded with Light Ions at Normal Incidence: May 2001

NIFS-DATA-66 1. Murakami, U. I. Safronova and T Kato, Dielectronic Recombination Rate Coefficients to Excited States of Be-like Oxygen: May 200

NIFS-DATA-67 N. Matsunami, E. Hatanaka, . Kondoh, H. Hosaka, K. Tsumori, H. Sakaue and H. Tawara, Secondary Charged Particle Eission from Proton Conductive Oxides by Ion Impact; July 2001

NIFS-DATA-68 R.K. Janev, J.G. Wang, I. Murakami and T Kato, Cross Sections and Rate Coefficients for Electron-Impact Ionization of Hydrocarbon Molecules: Oct. 2001

NIFS-DATA-69 S. Zou, T Kato, 1. Murakarni, Charge Exchange Recombination Spectroscopy of Li HI Ions for Fusion Plasma Diagnostics: Oct. 2001

NIFS-DATA-70 1. Murakami, T Kato, A. Igarashi, M. mai, Y. Itikawa, D. Kato, M. Kimura, T Kusakabe, K. Moribayashi, T Morishita, K. Motohashi L. Pichl AMDIS and CHART update ( 1): Oct. 2002

NIFS-DATA-71 S. Zou, L. Pichl, M. Kimura and T Kato Total, Partial and Differential Ionization Cross Sections in Proton-hydrogen Collisions at Low Energy: Jan. 2003

NIFS-DATA-72 M. Hayashi Bibliography of Electron and Photon Cross Sections with Atoms and Molecules Published in the 20th Century - Argon -: Jan. 2003

rPdnted on 100% Recycled Paper for this Te)(11